FunctionRep Class Reference

#include <FunctionRep.h>

Inheritance diagram for FunctionRep:

[legend]Collaboration diagram for FunctionRep:

[legend]List of all members.

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Detailed Description

A derived class of DataRep which displays a function.

Bug:

@@ When adding a function to stacked DataRep, function doesn't always display over the full X range required.

Try adding Gaussian to Age distribution in datareps.py.

Bug:

@@ When adding second function to stacked DataRep, that is on Data Rep that doesn't yet have a function, one get linear sum.

Try it with datareps.py

Author:

Paul F. Kunz <Paul_Kunz@slac.stanford.edu>

Definition at line 36 of file FunctionRep.h.

Public Types
typedef void(hippodraw::Observer::*	Action )(const Observable *)
	The member function of the Observer that is called.
typedef std::list< hippodraw::Observer * >	ObserverList_t
	The type of STL container to maintain list of Observer objects.
Public Member Functions
virtual bool	acceptFunction (int number)
	Returns true if the DataRep accepts functions on number variables.
void	addObserver (hippodraw::Observer *)
	Adds an Observer to the Observer list.
virtual void	addValues (const std::vector< double > &v)
	Add the data values to the DataRep.
virtual DataRep *	clone ()
	The clone function returns an object of its own kind which is a copy of this object at this moment.
virtual DataRep *	clone ()
	The clone function returns an object of its own kind which is a copy of this object at this moment.
NTuple *	createNTuple () const
	Returns a new DataSource representation of the receiving object.
virtual void	drawProjectedValues (TransformBase *transform, ViewBase *view)
	Draws the projected values.
bool	fitFunction ()
	Fits the contained function to the data points from the target projector.
bool	fitFunction ()
	Fits the contained function to the data points from the target projector.
	FunctionRep (FunctionBase *function, DataRep *rep)
	FunctionRep (const std::string &name, DataRep *rep)
	A constructor taking a function name and the target DataRep as argument.
	FunctionRep (FunctionBase *function, DataRep *rep)
	FunctionRep (const std::string &name, DataRep *rep)
	A constructor taking a function name and the target DataRep as argument.
RepBase *	getCutRep ()
	Returns the point representation that draws the cuts.
const std::vector< TupleCut > &	getCuts () const
	Returns a reference to the cut list.
Fitter *	getFitter () const
	Returns the Fitter object currently in use.
Fitter *	getFitter () const
	Returns the Fitter object currently in use.
const std::string &	getFitterName () const
	Returns the name of the Fitter object.
const std::string &	getFitterName () const
	Returns the name of the Fitter object.
const std::vector< int > &	getFixedFlags () const
	Returns a set of flags indicating which function parameters are fixed during a fit.
const std::vector< int > &	getFixedFlags () const
	Returns a set of flags indicating which function parameters are fixed during a fit.
FunctionBase *	getFunction () const
	Returns the actual function, a FunctionBase derived class.
FunctionBase *	getFunction () const
	Returns the actual function, a FunctionBase derived class.
virtual double	getMean (const std::string &axis)
	Returns the mean.
virtual NTuple *	getNTupleAfterCuts () const
	Returns the full NTuple but with the current set of cuts applied.
int	getNumberOfEntries () const
	Returns the number of entries used for the DataRep object.
const ObserverList_t &	getObservers () const
	Returns the list of observers.
virtual DataRep *	getParentDataRep ()
	Gets the parent DataRep.
double	getPosRange (hippodraw::Axes::Type axis)
	Returns the smallest positive number from in the range of the data.
virtual const DataSource *	getProjectedValues () const
	Returns an ntuple representation of the projected data.
virtual ProjectorBase *	getProjector () const
	Returns the Projector object controlling the data.
const Color &	getRepColor () const
	Returns the color used for the representation.
RepBase *	getRepresentation () const
	Returns the representation used to draw the data points.
virtual double	getRMS (const std::string &axis)
	Returns the RMS.
DataRep *	getTarget () const
	Returns the DataRep object upon which the function is applied.
DataRep *	getTarget () const
	Returns the DataRep object upon which the function is applied.
const std::string &	getTitle () const
	Returns the the current title of the object.
virtual bool	hasAxis (hippodraw::Axes::Type) const
	Returns true if the data representation has specified axis type axis.
virtual bool	hasAxis (hippodraw::Axes::Type) const
	Returns true if the data representation has specified axis type axis.
bool	hasCut () const
	Returns true if the receiving object has one or more cuts.
virtual bool	hasErrorDisplay () const
	Returns true if the data representation is capable of error display on the data values.
virtual bool	hasNTupleBindings () const
	Returns false as this class does not have NTuple bindings.
virtual bool	hasNTupleBindings () const
	Returns false as this class does not have DataSource bindings.
virtual bool	hasZeroRows ()
	Returns true if this DataRep has zero rows in its DataSource.
virtual bool	hasZoomY () const
	Returns true if this DataRep has zoom feature on the Y axis.
void	initializeWith (DataRep *)
	Sets the target and Initializes the function with the projected values of the DataRep.
void	initializeWith (DataRep *)
	Sets the target and Initializes the function with the projected values of the DataRep.
bool	isAxisBinned (hippodraw::Axes::Type axis) const
	Returns true if the specified axis is binned, otherwise returns false.
bool	isComposite () const
	Returns true if represented function is a composite of two or more functions.
bool	isComposite () const
	Returns true if represented function is a composite of two or more functions.
bool	isDirty () const
	Return true if the data representation has changed is some way and it needs to be re-drawn.
bool	isErrorDisplayed (hippodraw::Axes::Type) const
	Returns true if the error bars are being displayed.
virtual bool	isSelected () const
	Returns true if data representation is in selected state.
virtual bool	isTargetable () const
	Returns false.
virtual bool	isTargetable () const
	Returns false.
virtual void	matrixTranspose (bool yes)
	Transposes the X and Y axis.
const std::string &	name () const
	Returns the name of the display.
virtual bool	needColorRep () const
	Determines if extra space is needed for a color rep.
virtual void	normalizeTo (const DataRep *target)
	Normalizes the receiving object to the target one.
virtual void	notifyObservers () const
	Notifies Observer objects of a change.
const std::vector< double > &	parameters () const
	Returns the current function parameter values.
const std::vector< double > &	parameters () const
	Returns the current function parameter values.
const std::vector< std::string > &	parmNames () const
	Returns the names of the parameters for the function represented by this object.
const std::vector< std::string > &	parmNames () const
	Returns the names of the parameters for the function represented by this object.
Range	preferredRange (hippodraw::Axes::Type axis)
	Returns the preferred range to display the data.
const std::vector< double > &	principleErrors () const
	Returns the principle errors associated with the parameter values.
const std::vector< double > &	principleErrors () const
	Returns the principle errors associated with the parameter values.
void	removeObserver (hippodraw::Observer *)
	Removes an Observer from the Observer list.
void	restoreParameters ()
	Restores the saved parameters.
void	restoreParameters ()
	Restores the saved parameters.
void	saveParameters ()
	Saves the function parameters in a cache so that they can be restored.
void	saveParameters ()
	Saves the function parameters in a cache so that they can be restored.
virtual void	setAxisBinding (const std::string &axis, const std::string &label)
	Sets the axis binding.
virtual void	setAxisBindings (const std::vector< std::string > &bindings)
	Sets the axis bindings.
void	setAxisModel (hippodraw::Axes::Type axis, AxisModelBase *)
	Sets the AxisModel for axis axis.
void	setBinWidth (hippodraw::Axes::Type axis, double width)
	Sets the bin width, if binned, on specified axis to width.
void	setCutRange (bool yes=true)
	Sets use of a fitting range.
void	setCutRange (const Range &)
	Sets the cut to limit range of fitting.
void	setCutRange (bool yes=true)
	Sets use of a fitting range.
void	setCutRange (const Range &)
	Sets the cut to limit range of fitting.
void	setCutRangeAt (const Range &range, unsigned int i)
	Sets the Range of the TupleCut index by i.
void	setCutRep (RepBase *rep)
	Replaces existing point representation with a new one.
virtual void	setDirty (bool yes=true)
	Sets the dirty flag.
void	setEnabled (unsigned int i, bool yes=true)
	Sets the TupleCut indexed by i to be enabled or not.
void	setErrorDisplay (hippodraw::Axes::Type axis, bool)
	Sets the display of error bar, if applicable, on the specified axis.
void	setFitter (Fitter *fitter)
	Sets the Fitter to fitter.
void	setFitter (Fitter *fitter)
	Sets the Fitter to fitter.
void	setFixedFlags (const std::vector< int > &flags)
	Set the parameters that are to be held fixed during a fit.
void	setFixedFlags (const std::vector< int > &flags)
	Set the parameters that are to be held fixed during a fit.
void	setParameters (const std::vector< double > &params)
	Set the parameter values by hand.
void	setParameters (const std::vector< double > &params)
	Set the parameter values by hand.
virtual void	setParentDataRep (DataRep *parent_datarep)
	Sets the parent DataRep.
void	setRange (hippodraw::Axes::Type axis, bool const_width=true)
	Sets the range of the axis.
void	setRepColor (const Color &)
	Sets the color of the data representation.
virtual void	setRepresentation (RepBase *pointrep)
	Sets the representation of the data points.
void	setRepSize (float size)
	Sets the size of the representation.
void	setRepStyle (int style)
	Sets the style type of the point representation.
virtual void	setSelected (bool yes=true)
	Sets the data representation as selected.
void	setTarget (DataRep *rep)
	Sets the target for the FunctionRep.
void	setTarget (DataRep *rep)
	Sets the target for the FunctionRep.
void	setTitle (const std::string &title)
	Sets the title.
void	toggleInverted (unsigned int i)
	Changes state of inversion flag to be the opposite of its current state.
virtual void	update ()
	Updates the data representation.
void	update (const Observable *observed)
	Responds to update by rechecking NTuple error setting.
void	update (const Observable *observed)
	Responds to update by rechecking NTuple error setting.
void	willDelete (const Observable *observed)
	Implements Observer pattern by removing the DataRep from its target.
virtual	~FunctionRep ()
	The virtual destructor.
virtual	~FunctionRep ()
	The virtual destructor.
Protected Types
typedef std::vector< TupleCut >	CutList_t
	The type of container for TupleCut objects.
Protected Member Functions
void	drawCuts (TransformBase *transform, ViewBase *view)
	Draws the cuts.
void	notifyObservers (Action action) const
	An internal method to iterate over all observers and to send the message action.
void	throwRangeException ()
	Throws exception with message saying argument is out of range.
Protected Attributes
CutList_t	m_cut_list
	A list of cut objects used to highlight region of the data representation.
RepBase *	m_cut_rep
	The point representation of the cut or range.
std::string	m_name
	The name of the display as it might be displayed in a GUI.
DataRep *	m_parent_datarep
	There are times when a given DataRep results from some operations performed on some other DataRep.
ProjectorBase *	m_projector
	A projector used to transform data to projected values that will be plotted.
RepBase *	m_rep
	The representation used for drawing each data point in the view.
std::string	m_title
	The title of the object.
Private Member Functions
	FunctionRep (const FunctionRep &)
	The copy constructor.
	FunctionRep (const FunctionRep &)
	The copy constructor.
Private Attributes
DataRep *	m_target
	The target for the function.
DataRep *	m_target
	The target for the function.

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Member Typedef Documentation

typedef void( hippodraw::Observer::* Observable::Action)(const Observable *) [inherited]

The member function of the Observer that is called. Definition at line 83 of file Observable.h.

typedef std::vector< TupleCut > DataRep::CutList_t [protected, inherited]

The type of container for TupleCut objects. Definition at line 98 of file DataRep.h.

typedef std::list< hippodraw::Observer * > Observable::ObserverList_t [inherited]

The type of STL container to maintain list of Observer objects. Definition at line 46 of file Observable.h.

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Constructor & Destructor Documentation

FunctionRep::FunctionRep (  const FunctionRep &   )  [private]

The copy constructor. Definition at line 81 of file FunctionRep.cxx. References DataRep::m_cut_list. Referenced by clone().

FunctionRep::FunctionRep (  const std::string &  name, DataRep *  rep )

A constructor taking a function name and the target DataRep as argument. Definition at line 32 of file FunctionRep.cxx. References Observable::addObserver(), Color::blue, DataRep::getProjectedValues(), DataRep::getProjector(), DataRep::m_name, DataRep::m_projector, DataRep::m_rep, m_target, Color::red, RepBase::setColor(), and RepBase::setSize().

FunctionRep::FunctionRep (  FunctionBase *  function, DataRep *  rep )

Definition at line 56 of file FunctionRep.cxx. References Observable::addObserver(), DataRep::getProjectedValues(), DataRep::getProjector(), DataRep::m_name, DataRep::m_projector, DataRep::m_rep, m_target, Color::red, and RepBase::setColor().

FunctionRep::~FunctionRep (   )  [virtual]

The virtual destructor. Removes itself as an Observer of the target DataRep object. Definition at line 91 of file FunctionRep.cxx. References DataRep::getProjectedValues(), m_target, and Observable::removeObserver().

FunctionRep::FunctionRep (  const FunctionRep &   )  [private]

The copy constructor.

FunctionRep::FunctionRep (  const std::string &  name, DataRep *  rep )

A constructor taking a function name and the target DataRep as argument.

FunctionRep::FunctionRep (  FunctionBase *  function, DataRep *  rep )

virtual FunctionRep::~FunctionRep (   )  [virtual]

The virtual destructor. Removes itself as an Observer of the target DataRep object.

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Member Function Documentation

bool DataRep::acceptFunction (  int  number  )  [virtual, inherited]

Returns true if the DataRep accepts functions on number variables. The default implementation returns false. Derived class should re-implement this member function if they accept functions of specified number of variables. Reimplemented in DyHistogram, ZPlot, ProfileHist, ScatterPlot, St1DHistogram, St2DHistogram, StripChart, XYPlot, YPlot, and ZPlot. Definition at line 294 of file DataRep.cxx. Referenced by Inspector::functionAdd().

void Observable::addObserver (  hippodraw::Observer *   )  [inherited]

Adds an Observer to the Observer list. Definition at line 49 of file Observable.cxx. References Observable::m_list. Referenced by CutPlotter::addCutTarget(), XyPlotter::addDataRep(), FunctionRep(), BinningProjector::normalizeTo(), DataRepController::setAxisBindings(), DisplayController::setNTuple(), CutPlotter::setNTuple(), and TextPlotter::setParentDataRep().

void DataRep::addValues (  const std::vector< double > &  v  )  [virtual, inherited]

Add the data values to the DataRep. This virtual method is provided as a convenience for those derived classes that respond to it. Nothing is done if this object has NTuple bindings. Otherwise the message is forward to its ProjectorBase object. Definition at line 316 of file DataRep.cxx. References DataRep::hasNTupleBindings(), and DataRep::m_projector. Referenced by CompositePlotter::addValues().

virtual DataRep* FunctionRep::clone (   )  [virtual]

The clone function returns an object of its own kind which is a copy of this object at this moment. Implements DataRep.

DataRep * FunctionRep::clone (   )  [virtual]

The clone function returns an object of its own kind which is a copy of this object at this moment. Implements DataRep. Definition at line 102 of file FunctionRep.cxx. References FunctionRep().

NTuple * DataRep::createNTuple (   )  const [inherited]

Returns a new DataSource representation of the receiving object. The possession of the NTuple is taken by the calling object. Definition at line 398 of file DataRep.cxx. References DataRep::m_projector, and ProjectorBase::prepareValues().

void DataRep::drawCuts (  TransformBase *  transform, ViewBase *  view )  [protected, inherited]

Draws the cuts. If there are cuts, draws them. Definition at line 279 of file DataRep.cxx. References DataRep::m_cut_list, DataRep::m_cut_rep, DataRep::m_projector, hippodraw::Axes::X, and hippodraw::Axes::Y. Referenced by DataRep::drawProjectedValues().

void DataRep::drawProjectedValues (  TransformBase *  transform, ViewBase *  view )  [virtual, inherited]

Draws the projected values. . Each of the Projected Value objects will be drawn in view after a coordinate transform represented by transform using its m_rep object. Uses its Projector object to access the projected values stored in a NTuple. Some DataRep object may be dependent on the projected value objects are returned in a certain order. Reimplemented in TextDataRep. Definition at line 269 of file DataRep.cxx. References DataRep::drawCuts(), DataRep::getProjectedValues(), and DataRep::m_rep. Referenced by CompositePlotter::drawProjValues().

bool FunctionRep::fitFunction (   )

Fits the contained function to the data points from the target projector.

bool FunctionRep::fitFunction (   )

Fits the contained function to the data points from the target projector. Definition at line 177 of file FunctionRep.cxx. References FunctionProjector::fitFunction(), DataRep::m_projector, and Observable::notifyObservers().

RepBase * DataRep::getCutRep (   )  [inherited]

Returns the point representation that draws the cuts. Definition at line 491 of file DataRep.cxx. References DataRep::m_cut_rep.

const DataRep::CutList_t & DataRep::getCuts (   )  const [inherited]

Returns a reference to the cut list. Definition at line 442 of file DataRep.cxx. References DataRep::m_cut_list. Referenced by CompositePlotter::fillCutList().

Fitter* FunctionRep::getFitter (   )  const

Returns the Fitter object currently in use.

Fitter * FunctionRep::getFitter (   )  const

Returns the Fitter object currently in use. Definition at line 157 of file FunctionRep.cxx. References DataRep::m_projector. Referenced by getFitterName(), getFixedFlags(), setFixedFlags(), and update().

const std::string& FunctionRep::getFitterName (   )  const

Returns the name of the Fitter object.

const string & FunctionRep::getFitterName (   )  const

Returns the name of the Fitter object. Todo: This is only member function that needs to know declaration of Fitter. Things should be redesigned. Definition at line 170 of file FunctionRep.cxx. References getFitter(), and DataRep::name().

const std::vector< int >& FunctionRep::getFixedFlags (   )  const

Returns a set of flags indicating which function parameters are fixed during a fit.

const vector< int > & FunctionRep::getFixedFlags (   )  const

Returns a set of flags indicating which function parameters are fixed during a fit. Definition at line 242 of file FunctionRep.cxx. References getFitter().

FunctionBase* FunctionRep::getFunction (   )  const

Returns the actual function, a FunctionBase derived class.

FunctionBase * FunctionRep::getFunction (   )  const

Returns the actual function, a FunctionBase derived class. Definition at line 122 of file FunctionRep.cxx. References FunctionProjector::function(), and DataRep::m_projector. Referenced by FunctionController::addFunctionRep(), FunctionController::buildComposite(), FunctionProjectorXML::createFunctionRep(), FunctionController::functionNames(), isComposite(), PyFunctionRep::operator()(), parameters(), parmNames(), FunctionController::restoreParameters(), and FunctionController::saveParameters().

double DataRep::getMean (  const std::string &  axis  )  [virtual, inherited]

Returns the mean. Returns the mean data points along the axis axis. Definition at line 332 of file DataRep.cxx. References hippodraw::Axes::convert(), DataRep::m_projector, and num_util::type().

NTuple * DataRep::getNTupleAfterCuts (   )  const [virtual, inherited]

Returns the full NTuple but with the current set of cuts applied. Definition at line 325 of file DataRep.cxx. References ProjectorBase::getNTupleAfterCuts(), and DataRep::m_projector. Referenced by PyDataRep::getNTupleWithCuts().

int DataRep::getNumberOfEntries (   )  const [inherited]

Returns the number of entries used for the DataRep object. Definition at line 384 of file DataRep.cxx. References DataRep::m_projector.

const Observable::ObserverList_t & Observable::getObservers (   )  const [inherited]

Returns the list of observers. Definition at line 57 of file Observable.cxx. References Observable::m_list.

DataRep * DataRep::getParentDataRep (   )  [virtual, inherited]

Gets the parent DataRep. Definition at line 75 of file DataRep.cxx. References DataRep::m_parent_datarep. Referenced by TextDataRep::getTargetProjector().

double DataRep::getPosRange (  hippodraw::Axes::Type  axis  )  [inherited]

Returns the smallest positive number from in the range of the data. Definition at line 166 of file DataRep.cxx. References ProjectorBase::getPosOn(), and DataRep::m_projector.

const DataSource * DataRep::getProjectedValues (   )  const [virtual, inherited]

Returns an ntuple representation of the projected data. Definition at line 259 of file DataRep.cxx. References DataRep::m_projector, and ProjectorBase::prepareValues(). Referenced by DataRep::drawProjectedValues(), FunctionRep(), willDelete(), and ~FunctionRep().

ProjectorBase * DataRep::getProjector (   )  const [virtual, inherited]

Returns the Projector object controlling the data. Definition at line 135 of file DataRep.cxx. References DataRep::m_projector. Referenced by CompositePlotter::activeProjector(), DataRepController::bindingOptions(), CutController::connectDataRep(), Inspector::contourLevelsTextBox_returnPressed(), DataRepXML::createChildren(), DataRepXML::createDataRep(), FunctionController::createNTuple(), DataRepXML::createObject(), FunctionRep(), DisplayController::getBindingProjector(), PyDataRep::getBinWidth(), FunctionController::getCovarianceMatrix(), DisplayController::getDataSourceLabels(), DisplayController::getDataSourceName(), FunctionController::getDegreesOfFreedom(), DisplayController::getNTuple(), FunctionController::getObjectiveValue(), DisplayController::getProjector(), CompositePlotter::getProjector(), TextDataRep::getTargetProjector(), CompositePlotter::getZValue(), initializeWith(), CutController::linkCutAndRep(), DataRep::normalizeTo(), PyDataRep::numberOfEntries(), CompositePlotter::processReturnValue(), CutPlotter::removeFromTarget(), CutPlotter::setAxisBinding(), DataRepController::setAxisBindings(), DisplayController::setBinner(), QtDisplay::setContourLevels(), setCutRange(), and CutPlotter::setNTuple().

const Color & DataRep::getRepColor (   )  const [inherited]

Returns the color used for the representation. Definition at line 252 of file DataRep.cxx. References RepBase::color(), and DataRep::m_rep. Referenced by TextPlotter::repColor(), and CompositePlotter::repColor().

RepBase * DataRep::getRepresentation (   )  const [inherited]

Returns the representation used to draw the data points. Definition at line 231 of file DataRep.cxx. References DataRep::m_rep. Referenced by Inspector::contourLevelsTextBox_returnPressed(), Inspector::contourRadioButton1_toggled(), Inspector::contourSlider_valueChanged(), Inspector::contourTextBox_returnPressed(), DataRepXML::createChildren(), TextPlotter::representation(), CompositePlotter::representation(), and Inspector::updatePlotTab().

double DataRep::getRMS (  const std::string &  axis  )  [virtual, inherited]

Returns the RMS. Returns the root mean square of the data points along the axis axis. Definition at line 341 of file DataRep.cxx. References hippodraw::Axes::convert(), DataRep::m_projector, and num_util::type().

DataRep* FunctionRep::getTarget (   )  const

Returns the DataRep object upon which the function is applied.

DataRep * FunctionRep::getTarget (   )  const

Returns the DataRep object upon which the function is applied. Definition at line 129 of file FunctionRep.cxx. References m_target. Referenced by DataRepXML::createFunctionTargetChild(), FunctionController::functionNames(), and FunctionController::hasFunction().

const std::string & DataRep::getTitle (   )  const [inherited]

Returns the the current title of the object. Definition at line 416 of file DataRep.cxx. References DataRep::m_projector, and DataRep::m_title.

virtual bool FunctionRep::hasAxis (  hippodraw::Axes::Type   )  const [virtual]

Returns true if the data representation has specified axis type axis. Note: This member function pure virtual to avoid problems with the SIP based Python extension module. It throws an assertion if called. Reimplemented from DataRep.

bool FunctionRep::hasAxis (  hippodraw::Axes::Type   )  const [virtual]

Returns true if the data representation has specified axis type axis. Note: This member function pure virtual to avoid problems with the SIP based Python extension module. It throws an assertion if called. Reimplemented from DataRep. Definition at line 294 of file FunctionRep.cxx. References hippodraw::Axes::X, and hippodraw::Axes::Y.

bool DataRep::hasCut (   )  const [inherited]

Returns true if the receiving object has one or more cuts. Definition at line 449 of file DataRep.cxx. References DataRep::m_cut_list.

bool DataRep::hasErrorDisplay (   )  const [virtual, inherited]

Returns true if the data representation is capable of error display on the data values. The implementation in this base class returns false. This member function should be overridden by derived classes capable of displaying errors on the data points. Reimplemented in DyHistogram, ProfileHist, St1DHistogram, and XYPlot. Definition at line 87 of file DataRep.cxx.

virtual bool FunctionRep::hasNTupleBindings (   )  const [virtual]

Returns false as this class does not have NTuple bindings. Reimplemented from DataRep.

bool FunctionRep::hasNTupleBindings (   )  const [virtual]

Returns false as this class does not have DataSource bindings. Reimplemented from DataRep. Definition at line 107 of file FunctionRep.cxx.

bool DataRep::hasZeroRows (   )  [virtual, inherited]

Returns true if this DataRep has zero rows in its DataSource. Returns false if the projector is not an NTupleProjector. Definition at line 299 of file DataRep.cxx. References ProjectorBase::isEmpty(), and DataRep::m_projector. Referenced by DisplayController::addDataRep(), CompositePlotter::autoScale(), CompositePlotter::autoScaleZ(), and Inspector::updateDataCutsTab().

bool DataRep::hasZoomY (   )  const [virtual, inherited]

Returns true if this DataRep has zoom feature on the Y axis. Reimplemented in ContourPlot, and ScatterPlot. Definition at line 309 of file DataRep.cxx.

void FunctionRep::initializeWith (  DataRep *   )

Sets the target and Initializes the function with the projected values of the DataRep.

void FunctionRep::initializeWith (  DataRep *   )

Sets the target and Initializes the function with the projected values of the DataRep. Definition at line 112 of file FunctionRep.cxx. References DataRep::getProjector(), FunctionProjector::initializeFunction(), DataRep::m_projector, and m_target.

bool DataRep::isAxisBinned (  hippodraw::Axes::Type  axis  )  const [inherited]

Returns true if the specified axis is binned, otherwise returns false. Definition at line 350 of file DataRep.cxx. References DataRep::m_projector, hippodraw::Axes::X, and hippodraw::Axes::Y.

bool FunctionRep::isComposite (   )  const

Returns true if represented function is a composite of two or more functions.

bool FunctionRep::isComposite (   )  const

Returns true if represented function is a composite of two or more functions. Definition at line 139 of file FunctionRep.cxx. References getFunction(), and FunctionBase::isComposite(). Referenced by FunctionController::getComposite().

bool DataRep::isDirty (   )  const [inherited]

Return true if the data representation has changed is some way and it needs to be re-drawn. Definition at line 159 of file DataRep.cxx. References ProjectorBase::isDirty(), and DataRep::m_projector.

bool DataRep::isErrorDisplayed (  hippodraw::Axes::Type   )  const [inherited]

Returns true if the error bars are being displayed. Definition at line 195 of file DataRep.cxx. References DataRep::m_rep, hippodraw::Axes::X, RepBase::xError(), hippodraw::Axes::Y, and RepBase::yError(). Referenced by CompositePlotter::errorDisplay().

bool DataRep::isSelected (   )  const [virtual, inherited]

Returns true if data representation is in selected state. See also: setSelected Definition at line 154 of file DataRep.cxx. References RepBase::isSelected(), and DataRep::m_rep.

virtual bool FunctionRep::isTargetable (   )  const [virtual]

Returns false. A function is not meant to be a target of another DataRep object. Reimplemented from DataRep.

bool FunctionRep::isTargetable (   )  const [virtual]

Returns false. A function is not meant to be a target of another DataRep object. Reimplemented from DataRep. Definition at line 285 of file FunctionRep.cxx.

void DataRep::matrixTranspose (  bool  yes  )  [virtual, inherited]

Transposes the X and Y axis. If internal representation of the X-Y matrix is represented by a vector with shape, then transpose the X and Y axis. Otherwise do nothing. Note: The implementation passes the request to the contained projector. Definition at line 118 of file DataRep.cxx. References DataRep::m_projector. Referenced by CompositePlotter::matrixTranspose().

const string & DataRep::name (   )  const [inherited]

Returns the name of the display. See m_name. Definition at line 69 of file DataRep.cxx. References DataRep::m_name. Referenced by DataRepXML::createElement(), getFitterName(), DisplayController::getType(), XYPlot::hasErrorDisplay(), PlotTable::initialize(), PyDataRep::name(), XYPlot::setRepresentation(), DyHistogram::setRepresentation(), and PyDataRep::setWeight().

bool DataRep::needColorRep (   )  const [virtual, inherited]

Determines if extra space is needed for a color rep. Deprecated: Use hasAxis() instead. Definition at line 427 of file DataRep.cxx. References DataRep::hasAxis(), and hippodraw::Axes::Z.

void DataRep::normalizeTo (  const DataRep *  target  )  [virtual, inherited]

Normalizes the receiving object to the target one. Definition at line 368 of file DataRep.cxx. References DataRep::getProjector(), and DataRep::m_projector.

void Observable::notifyObservers (  Action  action  )  const [protected, inherited]

An internal method to iterate over all observers and to send the message action. Definition at line 69 of file Observable.cxx. References std::bind2nd(), std::for_each(), Observable::m_list, and std::mem_fun().

void Observable::notifyObservers (   )  const [virtual, inherited]

Notifies Observer objects of a change. If interval counting is disabled, then Observer::Update is sent immediately. If interval counting is enabled, then the current count is incremented. If the current count is equal to the interval count, then the Observer::update message is sent and the current count reset to 0. Reimplemented in NTuple, FitsNTuple, RootNTuple, NumArrayTuple, ListTuple, and RootNTuple. Definition at line 90 of file Observable.cxx. References hippodraw::Observer::update(). Referenced by XyPlotter::addDataRep(), XyPlotter::addDataRepStacked(), FunctionController::addFunctionRep(), RTuple::addRow(), StHist2DProjector::addValues(), StHist1DProjector::addValues(), XyPlotter::autoScale(), Inspector::contourLevelsTextBox_returnPressed(), Inspector::contourSlider_valueChanged(), Inspector::contourTextBox_returnPressed(), fitFunction(), NumArrayTuple::notifyObservers(), NTuple::notifyObservers(), ListTuple::notifyObservers(), RootNTuple::notifyObservers(), FitsNTuple::notifyObservers(), XyPlotter::removeDataRep(), restoreParameters(), CutPlotter::setActive(), XyPlotter::setAutoRanging(), QtDisplay::setContourLevels(), CutPlotter::setCutColor(), XyPlotter::setCutEnabled(), XyPlotter::setCutInverted(), XyPlotter::setCutRangeAt(), ProjectorBase::setDirty(), DataRep::setErrorDisplay(), XyPlotter::setHighRange(), XyPlotter::setLabel(), PlotterBase::setLabel(), DataSource::setLabelAt(), DataSource::setLabels(), XyPlotter::setLowRange(), DataSource::setName(), DisplayController::setNTuple(), setParameters(), DataRep::setRepColor(), DyHistogram::setRepresentation(), DataRep::setRepresentation(), DataRep::setRepSize(), DataRep::setRepStyle(), XyPlotter::setScaling(), PlotterBase::setTitle(), DataSource::setTitle(), XyPlotter::setTransform(), XyPlotter::setValueRep(), PlotterBase::update(), NTupleProjector::update(), DataRep::update(), CutPlotter::update(), BinningProjector::update(), CutPlotter::updateTargets(), DataRep::~DataRep(), DataSource::~DataSource(), NTuple::~NTuple(), and RTuple::~RTuple().

const std::vector< double >& FunctionRep::parameters (   )  const

Returns the current function parameter values.

const vector< double > & FunctionRep::parameters (   )  const

Returns the current function parameter values. Definition at line 233 of file FunctionRep.cxx. References getFunction(), and FunctionBase::getParameters(). Referenced by PyFunctionRep::parameters().

const std::vector< std::string >& FunctionRep::parmNames (   )  const

Returns the names of the parameters for the function represented by this object.

const vector< string > & FunctionRep::parmNames (   )  const

Returns the names of the parameters for the function represented by this object. Definition at line 226 of file FunctionRep.cxx. References getFunction(), and FunctionBase::parmNames(). Referenced by PyFunctionRep::parmNames().

Range DataRep::preferredRange (  hippodraw::Axes::Type  axis  )  [inherited]

Returns the preferred range to display the data. Todo: In asking for the preferred Range, should also tell binning projectors to reset the number of bins so that auto ranging will lead to same results as when plot was initially created. Definition at line 173 of file DataRep.cxx. References DataRep::m_projector, and ProjectorBase::preferredRange(). Referenced by CompositePlotter::autoScale(), and CompositePlotter::autoScaleZ().

const std::vector< double >& FunctionRep::principleErrors (   )  const

Returns the principle errors associated with the parameter values.

const vector< double > & FunctionRep::principleErrors (   )  const

Returns the principle errors associated with the parameter values. Definition at line 190 of file FunctionRep.cxx. References DataRep::m_projector, and FunctionProjector::principleErrors().

void Observable::removeObserver (  hippodraw::Observer *   )  [inherited]

Removes an Observer from the Observer list. Definition at line 63 of file Observable.cxx. References Observable::m_list. Referenced by BinningProjector::normalizeTo(), CutPlotter::removeFromTarget(), DisplayController::removeTextObservers(), NTupleProjector::setNTuple(), willDelete(), ~FunctionRep(), and NTupleProjector::~NTupleProjector().

void FunctionRep::restoreParameters (   )

Restores the saved parameters.

void FunctionRep::restoreParameters (   )

Restores the saved parameters. Definition at line 204 of file FunctionRep.cxx. References DataRep::m_projector, Observable::notifyObservers(), and FunctionProjector::restoreParameters(). Referenced by FunctionController::restoreParameters().

void FunctionRep::saveParameters (   )

Saves the function parameters in a cache so that they can be restored.

void FunctionRep::saveParameters (   )

Saves the function parameters in a cache so that they can be restored. Definition at line 198 of file FunctionRep.cxx. References DataRep::m_projector, and FunctionProjector::saveParameters(). Referenced by FunctionProjectorXML::createFunctionRep(), and FunctionController::saveParameters().

void DataRep::setAxisBinding (  const std::string &  axis, const std::string &  label )  [virtual, inherited]

Sets the axis binding. Sets binding of the axis with name axis to the NTuple column with label label. If the derived class does not have NTuple bindings, then does nothing. Derived classes may also do further processing upon reception of this method. Reimplemented in XYPlot. Definition at line 99 of file DataRep.cxx. References DataRep::hasNTupleBindings(), and DataRep::m_projector. Referenced by XYPlot::setAxisBinding(), PyDataRep::setAxisBinding(), and PyDataRep::setWeight().

void DataRep::setAxisBindings (  const std::vector< std::string > &  bindings  )  [virtual, inherited]

Sets the axis bindings. Sets the binding of all axis to the NTuple column with the labels in the vector. If the derived class does not have NTuple bindings, then does nothing. Derived classes may also do further processing upon reception of this method. Reimplemented in XYPlot. Definition at line 109 of file DataRep.cxx. References DataRep::hasNTupleBindings(), and DataRep::m_projector. Referenced by XYPlot::setAxisBindings(), PyDataRep::setAxisBindings(), and DataRepController::setAxisBindings().

void DataRep::setAxisModel (  hippodraw::Axes::Type  axis, AxisModelBase *  )  [inherited]

Sets the AxisModel for axis axis. Definition at line 142 of file DataRep.cxx. References DataRep::m_projector, and ProjectorBase::setAxisModel(). Referenced by CompositePlotter::addDataRep().

void DataRep::setBinWidth (  hippodraw::Axes::Type  axis, double  width )  [inherited]

Sets the bin width, if binned, on specified axis to width. Definition at line 377 of file DataRep.cxx. References DataRep::m_projector.

void FunctionRep::setCutRange (  bool  yes = true  )

Sets use of a fitting range.

void FunctionRep::setCutRange (  const Range &   )

Sets the cut to limit range of fitting.

void FunctionRep::setCutRange (  bool  yes = true  )

Sets use of a fitting range. Definition at line 324 of file FunctionRep.cxx. References DataRep::m_projector.

void FunctionRep::setCutRange (  const Range &   )

Sets the cut to limit range of fitting. Definition at line 301 of file FunctionRep.cxx. References DataRep::getProjector(), DataRep::m_cut_list, DataRep::m_projector, m_target, TupleCut::setLabel(), and TupleCut::setRange().

void DataRep::setCutRangeAt (  const Range &  range, unsigned int  i )  [inherited]

Sets the Range of the TupleCut index by i. Definition at line 464 of file DataRep.cxx. References DataRep::m_cut_list, and DataRep::throwRangeException().

void DataRep::setCutRep (  RepBase *  rep  )  [inherited]

Replaces existing point representation with a new one. Definition at line 498 of file DataRep.cxx. References DataRep::m_cut_rep.

void DataRep::setDirty (  bool  yes = true  )  [virtual, inherited]

Sets the dirty flag. When set, the display may need to reinitialize itself before the next drawing. Definition at line 130 of file DataRep.cxx. References DataRep::m_projector, and ProjectorBase::setDirty(). Referenced by CutController::linkCutAndRep(), DataRep::update(), and CutPlotter::updateTargets().

void DataRep::setEnabled (  unsigned int  i, bool  yes = true )  [inherited]

Sets the TupleCut indexed by i to be enabled or not. Definition at line 482 of file DataRep.cxx. References DataRep::m_cut_list, and DataRep::throwRangeException(). Referenced by Inspector::updateFunctionsTab().

void DataRep::setErrorDisplay (  hippodraw::Axes::Type  axis, bool  )  [inherited]

Sets the display of error bar, if applicable, on the specified axis. Definition at line 180 of file DataRep.cxx. References DataRep::m_rep, Observable::notifyObservers(), RepBase::setErrorOn(), hippodraw::Axes::X, and hippodraw::Axes::Y. Referenced by ProfileHist::ProfileHist(), XYPlot::setAxisBinding(), XYPlot::setAxisBindings(), PyDataRep::setErrorDisplay(), CompositePlotter::setErrorDisplay(), XYPlot::setRepresentation(), and DyHistogram::setRepresentation().

void FunctionRep::setFitter (  Fitter *  fitter  )

Sets the Fitter to fitter.

void FunctionRep::setFitter (  Fitter *  fitter  )

Sets the Fitter to fitter. Definition at line 147 of file FunctionRep.cxx. References DataRep::m_projector.

void FunctionRep::setFixedFlags (  const std::vector< int > &  flags  )

Set the parameters that are to be held fixed during a fit.

void FunctionRep::setFixedFlags (  const std::vector< int > &  flags  )

Set the parameters that are to be held fixed during a fit. Definition at line 220 of file FunctionRep.cxx. References getFitter(). Referenced by PyFunctionRep::setFixedFlags().

void FunctionRep::setParameters (  const std::vector< double > &  params  )

Set the parameter values by hand.

void FunctionRep::setParameters (  const std::vector< double > &  params  )

Set the parameter values by hand. Definition at line 211 of file FunctionRep.cxx. References DataRep::m_projector, Observable::notifyObservers(), and FunctionProjector::setParameters(). Referenced by PyFunctionRep::setParameters().

void DataRep::setParentDataRep (  DataRep *  parent_datarep  )  [virtual, inherited]

Sets the parent DataRep. Definition at line 81 of file DataRep.cxx. References DataRep::m_parent_datarep. Referenced by TextPlotter::willDelete().

void DataRep::setRange (  hippodraw::Axes::Type  axis, bool  const_width = true )  [inherited]

Sets the range of the axis. The optional const_width parameter if true, tells binning projectors to hold a constant bin width parameter. Definition at line 210 of file DataRep.cxx. References DataRep::m_projector, and ProjectorBase::setRange(). Referenced by CompositePlotter::autoScale(), and CompositePlotter::autoScaleZ().

void DataRep::setRepColor (  const Color &  color  )  [inherited]

Sets the color of the data representation. Bug: Should this setDirty() insead? Definition at line 238 of file DataRep.cxx. References DataRep::m_rep, Observable::notifyObservers(), and RepBase::setColor(). Referenced by TextPlotter::setRepColor(), and CompositePlotter::setRepColor().

void DataRep::setRepresentation (  RepBase *  pointrep  )  [virtual, inherited]

Sets the representation of the data points. The pointrep replaces the existing one, and the existing one is then destroyed. Maybe be overridden in derive class to do additional processing. Reimplemented in DyHistogram, XYPlot, and XYZPlot. Definition at line 215 of file DataRep.cxx. References DataRep::m_rep, and Observable::notifyObservers(). Referenced by DataRepXML::createObject(), PyDataRep::setPointRep(), XYPlot::setRepresentation(), TextPlotter::setRepresentation(), DyHistogram::setRepresentation(), and CompositePlotter::setRepresentation().

void DataRep::setRepSize (  float  size  )  [inherited]

Sets the size of the representation. Definition at line 123 of file DataRep.cxx. References DataRep::m_rep, Observable::notifyObservers(), and RepBase::setSize(). Referenced by DisplayController::setRepSize(), and Inspector::symbolPointSize_returnPressed().

void DataRep::setRepStyle (  int  style  )  [inherited]

Sets the style type of the point representation. Definition at line 245 of file DataRep.cxx. References DataRep::m_rep, Observable::notifyObservers(), and RepBase::setStyle(). Referenced by PyDataRep::setLineStyle().

void DataRep::setSelected (  bool  yes = true  )  [virtual, inherited]

Sets the data representation as selected. Selection means the representations is drawn in its normal color, If representation is not selected, then it draws in a lighter shade. Definition at line 147 of file DataRep.cxx. References DataRep::m_rep, and RepBase::setSelected().

void FunctionRep::setTarget (  DataRep *  rep  )

Sets the target for the FunctionRep. Does not change the parameters. See also: initializeWith.

void FunctionRep::setTarget (  DataRep *  rep  )

Sets the target for the FunctionRep. Does not change the parameters. See also: initializeWith. Definition at line 134 of file FunctionRep.cxx. References m_target. Referenced by PlotterBaseXML::handleFunction().

void DataRep::setTitle (  const std::string &  title  )  [inherited]

Sets the title. Sets the title of the object. A title might be used to annotate the display of the object. Setting the title to the string "%t" has the meaning of setting the object's default title. The default title is the one returned by ProjectorBase::getTitle(). Definition at line 409 of file DataRep.cxx. References DataRep::m_title.

void DataRep::throwRangeException (   )  [protected, inherited]

Throws exception with message saying argument is out of range. Definition at line 456 of file DataRep.cxx. Referenced by DataRep::setCutRangeAt(), DataRep::setEnabled(), and DataRep::toggleInverted().

void DataRep::toggleInverted (  unsigned int  i  )  [inherited]

Changes state of inversion flag to be the opposite of its current state. Definition at line 473 of file DataRep.cxx. References DataRep::m_cut_list, and DataRep::throwRangeException().

void DataRep::update (   )  [virtual, inherited]

Updates the data representation. Updates the data representation, however, derived classes are allowed to be lazy and not do the actual update until needed by drawProjectedValues. Definition at line 361 of file DataRep.cxx. References DataRep::m_projector, and DataRep::setDirty(). Referenced by update().

void FunctionRep::update (  const Observable *  observed  )  [virtual]

Responds to update by rechecking NTuple error setting. Reimplemented from DataRep.

void FunctionRep::update (  const Observable *  observed  )  [virtual]

Responds to update by rechecking NTuple error setting. Todo: this is only member that needs to know NTupleFCN, can we do it a better way. When this is removed, can remove MINUIT_CXXFLAGS from the Makefile. Reimplemented from DataRep. Definition at line 255 of file FunctionRep.cxx. References getFitter(), and DataRep::update().

void FunctionRep::willDelete (  const Observable *  observed  )  [virtual]

Implements Observer pattern by removing the DataRep from its target. Reimplemented from hippodraw::Observer. Definition at line 272 of file FunctionRep.cxx. References DataRep::getProjectedValues(), m_target, and Observable::removeObserver().

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Member Data Documentation

CutList_t DataRep::m_cut_list [protected, inherited]

A list of cut objects used to highlight region of the data representation. Definition at line 103 of file DataRep.h. Referenced by DataRep::drawCuts(), FunctionRep(), DataRep::getCuts(), DataRep::hasCut(), setCutRange(), DataRep::setCutRangeAt(), DataRep::setEnabled(), and DataRep::toggleInverted().

RepBase* DataRep::m_cut_rep [protected, inherited]

The point representation of the cut or range. Definition at line 94 of file DataRep.h. Referenced by DataRep::DataRep(), DataRep::drawCuts(), DataRep::getCutRep(), DataRep::setCutRep(), and DataRep::~DataRep().

std::string DataRep::m_name [protected, inherited]

The name of the display as it might be displayed in a GUI. For example, the name might be "Histogram" or "ScatterPlot". Definition at line 67 of file DataRep.h. Referenced by ColorPlot::ColorPlot(), ContourPlot::ContourPlot(), DyHistogram::DyHistogram(), FunctionRep(), LineDataRep::LineDataRep(), DataRep::name(), Profile2D::Profile2D(), ProfileContour::ProfileContour(), ProfileHist::ProfileHist(), ScatterPlot::ScatterPlot(), St1DHistogram::St1DHistogram(), St2DHistogram::St2DHistogram(), StripChart::StripChart(), TextDataRep::TextDataRep(), XYPlot::XYPlot(), XYZPlot::XYZPlot(), YPlot::YPlot(), and ZPlot::ZPlot().

DataRep* DataRep::m_parent_datarep [protected, inherited]

There are times when a given DataRep results from some operations performed on some other DataRep. The following variable contains pointer to the original data rep Definition at line 90 of file DataRep.h. Referenced by DataRep::DataRep(), DataRep::getParentDataRep(), and DataRep::setParentDataRep().

ProjectorBase* DataRep::m_projector [protected, inherited]

A projector used to transform data to projected values that will be plotted. A display may have multiple projectors that make up its composite display. This data member points to the one that should receive messages from the display. Projectors are owned by the plotters that use them, and the projectors are responsible for deleting the plotters. Definition at line 81 of file DataRep.h. Referenced by DataRep::addValues(), ColorPlot::ColorPlot(), ContourPlot::ContourPlot(), DataRep::createNTuple(), DataRep::DataRep(), DataRep::drawCuts(), DyHistogram::DyHistogram(), fitFunction(), FunctionRep(), getFitter(), getFunction(), DataRep::getMean(), DataRep::getNTupleAfterCuts(), DataRep::getNumberOfEntries(), DataRep::getPosRange(), DataRep::getProjectedValues(), DataRep::getProjector(), DataRep::getRMS(), DataRep::getTitle(), XYPlot::hasErrorDisplay(), DataRep::hasZeroRows(), initializeWith(), DataRep::isAxisBinned(), DataRep::isDirty(), LineDataRep::LineDataRep(), DataRep::matrixTranspose(), DataRep::normalizeTo(), DataRep::preferredRange(), principleErrors(), Profile2D::Profile2D(), ProfileContour::ProfileContour(), ProfileHist::ProfileHist(), restoreParameters(), saveParameters(), ScatterPlot::ScatterPlot(), XYPlot::setAxisBinding(), DataRep::setAxisBinding(), XYPlot::setAxisBindings(), DataRep::setAxisBindings(), DataRep::setAxisModel(), St2DHistogram::setBinContents(), St1DHistogram::setBinContents(), DataRep::setBinWidth(), setCutRange(), DataRep::setDirty(), setFitter(), setParameters(), DataRep::setRange(), XYPlot::setRepresentation(), LineDataRep::setValue(), St1DHistogram::St1DHistogram(), St2DHistogram::St2DHistogram(), StripChart::StripChart(), DataRep::update(), XYPlot::XYPlot(), XYZPlot::XYZPlot(), YPlot::YPlot(), ZPlot::ZPlot(), and DataRep::~DataRep().

RepBase* DataRep::m_rep [protected, inherited]

The representation used for drawing each data point in the view. Definition at line 85 of file DataRep.h. Referenced by ColorPlot::ColorPlot(), ContourPlot::ContourPlot(), DataRep::DataRep(), TextDataRep::drawProjectedValues(), DataRep::drawProjectedValues(), DyHistogram::DyHistogram(), FunctionRep(), DataRep::getRepColor(), DataRep::getRepresentation(), XYPlot::hasErrorDisplay(), DataRep::isErrorDisplayed(), DataRep::isSelected(), LineDataRep::LineDataRep(), Profile2D::Profile2D(), ProfileContour::ProfileContour(), ProfileHist::ProfileHist(), ScatterPlot::ScatterPlot(), DataRep::setErrorDisplay(), DataRep::setRepColor(), DataRep::setRepresentation(), DataRep::setRepSize(), DataRep::setRepStyle(), DataRep::setSelected(), St1DHistogram::St1DHistogram(), St2DHistogram::St2DHistogram(), StripChart::StripChart(), TextDataRep::TextDataRep(), XYPlot::XYPlot(), XYZPlot::XYZPlot(), YPlot::YPlot(), ZPlot::ZPlot(), and DataRep::~DataRep().

DataRep* FunctionRep::m_target [private]

The target for the function. The DataRep object from which the function receives its data sets. This information is redundant, but needed for the archiving and un-archiving. Definition at line 45 of file FunctionRep1.h.

DataRep* FunctionRep::m_target [private]

The target for the function. The DataRep object from which the function receives its data sets. This information is redundant, but needed for the archiving and un-archiving. Definition at line 45 of file FunctionRep.h. Referenced by FunctionRep(), getTarget(), initializeWith(), setCutRange(), setTarget(), willDelete(), and ~FunctionRep().

std::string DataRep::m_title [protected, inherited]

The title of the object. The title of the object that might be used to annotate the display of the object. For example, if bound to DataSource, then the title of the DataSource object. Definition at line 73 of file DataRep.h. Referenced by DataRep::getTitle(), and DataRep::setTitle().

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

• FunctionRep.h
• FunctionRep1.h
• FunctionRep.cxx
• FunctionRep1.cxx

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