QtDisplay Class Reference

#include <QtDisplay.h>

Inheritance diagram for QtDisplay:

[legend]Collaboration diagram for QtDisplay:

[legend]List of all members.

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Detailed Description

Qt Displays wraps a derived class of PlotterBase.

The purpose of this class is to provide an interface for Python running in a different thread from the application. It locks the QApplication object before forwarding messages to the contained PlotterBase object. It unlocks the QApplication object upon return.

Todo:

Too may try/catch blocks.

All exception inherit from std::exception, so why not put one static function to take care of the exceptions and qApp lock/unlock.

Author:

James Chiang <jchiang@slac.stanford.edu>

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

Definition at line 54 of file QtDisplay.h.

Public Member Functions
void	addDataRep (PyFunctionRep *pyFuncRep)
	Adds a Function (as PyFunctionRep).
void	addDataRep (PyDataRep *pyRep)
	Adds a DataRep created within Python.
void	addDataRep (const std::string &type, const DataSource *ntuple, const std::vector< std::string > &bindings)
	Creates and adds a DataRep to the display.
void	addDataRepStacked (const std::string &type, const DataSource *ntuple, const std::vector< std::string > &bindings)
	Adds a DataRep to the display by stacking, i.e.
void	addFunction (FunctionBase *function)
	Adds a Function (as a FunctionBase object).
void	addObserver (hippodraw::Observer *observer)
	Adds an observer to PlotterBase object.
void	addValues (const std::vector< double > &v)
	Adds the values to the display.
PyDataSource *	createDataArray () const
	Creates a data array wrapper for the contents of the display.
NTuple *	createNTuple () const
	Creates and returns an NTuple representing the display.
int	currentView ()
	Return the current view index.
void	deleteView (int index)
	Delete a view by index.
PlotterBase *	display ()
	Returns the wrapped display object.
double	getBinWidth (const std::string &axis) const
	Returns the bin width on the specified axis.
PyDataRep *	getDataRep ()
	Returns the selected DataRep in the plotter.
const std::vector< PyDataRep * > &	getDataReps () const
	Returns a vector of all DataReps in the plotter.
const std::string &	getLabel (const std::string &axis) const
	Returns the label on the specified axis.
int	getLog (const std::string &axis)
	Return 1 if the specified axis is logrithmically scaled.
std::vector< double >	getRange (const std::string &axis)
	Get the Range of the specified axis.
const std::string &	getTitle () const
	Returns the title of the display.
int	nextView (bool stepForward=true)
	Cycle through each set of plot ranges, thereby changing the view with each call.
double	numberOfEntries () const
	Return the number of entries in the display.
int	numViews ()
	Return the number of stored views.
int	plotterId () const
	Return the Id to the plotter object.
	QtDisplay (PlotterBase *plotter)
	Create a display from a pointer to an existing PlotterBase object.
	QtDisplay (const std::string &type, boost::python::list, const std::vector< std::string > &bindings)
	Create a display by creating a ListTuple with the list objects contained in the list.
	QtDisplay (const std::string &type, boost::python::tuple, const std::vector< std::string > &bindings)
	Create a display by creating a ListTuple with the list objects contained in the tuple.
	QtDisplay (const std::string &type, const QtRootNTuple &nt, const std::vector< std::string > &bindings, boost::python::list indices)
	Create a display bound to RootNTuple using a vector of axis bindings and indices to array of TLeaf.
	QtDisplay (const std::string &type, const QtRootNTuple &nt, const std::vector< std::string > &bindings)
	Create a display bound to RootNTuple using a vector of axis bindings, transparently wrapping the createDisplay private method.
	QtDisplay (const std::string &type, const PyDataSource &nt, const std::vector< std::string > &bindings)
	Create a display bound to a PyDataSource object using a vector of axis bindings, transparently wrapping the createDisplay private method.
	QtDisplay (const std::string &type, const DataSource &nt, const std::vector< std::string > &bindings)
	Create a display using a vector of axis bindings, transparently wrapping the createDisplay private method.
	QtDisplay (const std::string &type)
	Create a display that has no DataSource bindings.
void	reset ()
	Resets all bins.
void	resize ()
	Restore the X and Y dimensions of the display to their saved values.
int	saveView ()
	Save the current set of plot ranges which define a "view" for this plot.
void	setAspectRatio (double ratio)
	Sets the aspect ratio.
void	setAutoRanging (const std::string &axis, bool flag)
	Sets the auto ranging flag on specified axis.
void	setAutoTicks (const std::string &axis, bool yes)
	Sets the ticks to be automatic or manual.
void	setBinWidth (const std::string &axis, double width)
	Sets the bin width on the specified axis.
void	setBinWidth (const std::string &axis, double width, bool save=false)
	Sets the bin width on the specified axis.
void	setColorMap (const std::string &name)
	Set the color map by name.
void	setContourLevels (const std::vector< double > &levels)
	Set the contour levels if a ContourPointRep.
void	setLabel (const std::string &axis, const std::string &label)
	Sets the label on the corresponding axis.
void	setLog (const std::string &axis, int flag)
	Sets the specified axis to Logrithmic binning (if applicable ) and display.
void	setNumberOfBins (const std::string &axis, unsigned int number)
	Sets the number of bins.
void	setOffset (const std::string &axis, double offset)
	Sets the offset of the bins on the specified axis.
void	setPointRep (RepBase *rep)
	Sets the PointRep for the display.
void	setRange (const std::string &axis, double low, double high)
	Sets the Range on the specified axis.
void	setRange (const std::string &axis, double low, double high, bool save=false)
	Sets the Range on the specified axis.
void	setTicks (const std::string &axis, const std::vector< double > &values, const std::vector< std::string > &labels)
	Sets the axis ticks to specified points and values.
void	setTitle (const std::string &title)
	Sets the title of the display.
void	setTransform (const std::string &name)
	Sets the Transform.
void	setView (int index)
	Set the view by index.
void	unlock ()
	Unlock the QApplication in case of exception.
void	update ()
	Updates the display.
	~QtDisplay ()
Protected Member Functions
	QtDisplay ()
	A default constructor for derived classes.
Protected Attributes
PlotterBase *	m_plotter
	The contained PlotterBase object.
Private Member Functions
void	createDisplay (const std::string &type, const DataSource &nt, const std::vector< std::string > &bindings)
	Create a QtDisplay.
Private Attributes
std::map< std::string, double >	m_binWidths
	The saved X and Y bin widths to be used with the resize() method.
std::vector< PyDataRep * >	m_pyDataReps
	A vector to store the PyDataRep pointers to be returned by reference via the getDataReps() method.
std::map< std::string, std::pair< double, double > >	m_ranges
	The saved X and Y ranges to be used with the resize() method.

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Constructor & Destructor Documentation

QtDisplay::QtDisplay (   )  [protected]

A default constructor for derived classes. Definition at line 585 of file QtDisplay.cxx.

QtDisplay::QtDisplay (  const std::string &  type  )

Create a display that has no DataSource bindings. Definition at line 591 of file QtDisplay.cxx. References createDisplay(), DisplayController::instance(), m_plotter, and unlock().

QtDisplay::QtDisplay (  const std::string &  type, const DataSource &  nt, const std::vector< std::string > &  bindings )

Create a display using a vector of axis bindings, transparently wrapping the createDisplay private method. Definition at line 609 of file QtDisplay.cxx. References createDisplay().

QtDisplay::QtDisplay (  const std::string &  type, const PyDataSource &  nt, const std::vector< std::string > &  bindings )

Create a display bound to a PyDataSource object using a vector of axis bindings, transparently wrapping the createDisplay private method. Definition at line 616 of file QtDisplay.cxx. References createDisplay(), and PyDataSource::dataSource().

QtDisplay::QtDisplay (  const std::string &  type, const QtRootNTuple &  nt, const std::vector< std::string > &  bindings )

Create a display bound to RootNTuple using a vector of axis bindings, transparently wrapping the createDisplay private method. Definition at line 625 of file QtDisplay.cxx. References createDisplay(), and QtRootNTuple::expandIfNeeded().

QtDisplay::QtDisplay (  const std::string &  type, const QtRootNTuple &  nt, const std::vector< std::string > &  bindings, boost::python::list  indices )

Create a display bound to RootNTuple using a vector of axis bindings and indices to array of TLeaf. Definition at line 634 of file QtDisplay.cxx. References QtRootNTuple::createBinding(), createDisplay(), QtRootNTuple::expandIfNeeded(), and num_util::size().

QtDisplay::QtDisplay (  const std::string &  type, boost::python::tuple  , const std::vector< std::string > &  bindings )

Create a display by creating a ListTuple with the list objects contained in the tuple. Definition at line 451 of file QtDisplay.cxx. References createDisplay(), DataSourceController::instance(), DisplayController::instance(), m_plotter, num_util::size(), and unlock().

QtDisplay::QtDisplay (  const std::string &  type, boost::python::list  , const std::vector< std::string > &  bindings )

Create a display by creating a ListTuple with the list objects contained in the list. Definition at line 518 of file QtDisplay.cxx. References createDisplay(), DataSourceController::instance(), DisplayController::instance(), m_plotter, num_util::size(), and unlock().

QtDisplay::QtDisplay (  PlotterBase *  plotter  )

Create a display from a pointer to an existing PlotterBase object. Definition at line 673 of file QtDisplay.cxx.

QtDisplay::~QtDisplay (   )

Definition at line 675 of file QtDisplay.cxx.

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Member Function Documentation

void QtDisplay::addDataRep (  PyFunctionRep *  pyFuncRep  )

Adds a Function (as PyFunctionRep). Definition at line 725 of file QtDisplay.cxx. References DisplayController::addDataRep(), PyFunctionRep::getRep(), DisplayController::instance(), and m_plotter.

void QtDisplay::addDataRep (  PyDataRep *  pyRep  )

Adds a DataRep created within Python. Definition at line 715 of file QtDisplay.cxx. References DisplayController::addDataRep(), PyDataRep::getDataRep(), DisplayController::instance(), and m_plotter.

void QtDisplay::addDataRep (  const std::string &  type, const DataSource *  ntuple, const std::vector< std::string > &  bindings )

Creates and adds a DataRep to the display. Parameters: type  The type of DataRep. Will be used to search for the type in the DataRepFactory. If the type doesn't exist, nothing is created. No checks are made that the new DataRep is consistent for viewing with existing ones. ntuple  A pointer to the DataSource to be used. bindings  The labels of the columns in the DataSource to be used. Definition at line 689 of file QtDisplay.cxx. References DisplayController::addDataRep(), DisplayController::instance(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::addDataRepStacked (  const std::string &  type, const DataSource *  ntuple, const std::vector< std::string > &  bindings )

Adds a DataRep to the display by stacking, i.e. sharing X axis but not the Y axis. Definition at line 703 of file QtDisplay.cxx. References DisplayController::addDataRepStacked(), DisplayController::instance(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::addFunction (  FunctionBase *  function  )

Adds a Function (as a FunctionBase object). Definition at line 737 of file QtDisplay.cxx. References DisplayController::addDataRep(), FunctionController::createFunctionRep(), PlotterBase::getDataRep(), DisplayController::instance(), FunctionController::instance(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::addObserver (  hippodraw::Observer *  observer  )

Adds an observer to PlotterBase object. Definition at line 1160 of file QtDisplay.cxx. References m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::addValues (  const std::vector< double > &  v  )

Adds the values to the display. Definition at line 1040 of file QtDisplay.cxx. References m_plotter, and unlock(). Referenced by hippodraw::Python::export_QtDisplay().

PyDataSource * QtDisplay::createDataArray (   )  const

Creates a data array wrapper for the contents of the display. Definition at line 1189 of file QtDisplay.cxx. References createNTuple(), FunctionController::instance(), m_plotter, and unlock(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::createDisplay (  const std::string &  type, const DataSource &  nt, const std::vector< std::string > &  bindings )  [private]

Create a QtDisplay. The type of QtDisplay will be looked up in the DataRepFactory. It will be connected to the ntuple nt. The bindings is represented by bindings. This is the function that does the work and is called by the constructors. Definition at line 426 of file QtDisplay.cxx. References DisplayController::createDisplay(), DisplayController::instance(), and m_plotter. Referenced by QtDisplay().

NTuple * QtDisplay::createNTuple (   )  const

Creates and returns an NTuple representing the display. Definition at line 1049 of file QtDisplay.cxx. References FunctionController::instance(), m_plotter, and unlock(). Referenced by createDataArray(), and hippodraw::Python::export_QtDisplay().

int QtDisplay::currentView (   )

Return the current view index. Definition at line 841 of file QtDisplay.cxx. References PlotterBase::currentView(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::deleteView (  int  index  )

Delete a view by index. Definition at line 830 of file QtDisplay.cxx. References PlotterBase::deleteView(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

PlotterBase * QtDisplay::display (   )

Returns the wrapped display object. Definition at line 680 of file QtDisplay.cxx. References m_plotter. Referenced by PyCanvas::addDisplay(), QtCut::addTarget(), QtCut::addTargets(), PyCanvas::addText(), PyCanvas::addTextAt(), PyFunctionRep::addTo(), PyCanvas::findSelectedView(), and PyCanvas::removeDisplay().

double QtDisplay::getBinWidth (  const std::string &  axis  )  const

Returns the bin width on the specified axis. Definition at line 942 of file QtDisplay.cxx. References PlotterBase::getBinWidth(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

PyDataRep * QtDisplay::getDataRep (   )

Returns the selected DataRep in the plotter. Definition at line 1011 of file QtDisplay.cxx. References PlotterBase::activePlotIndex(), PlotterBase::getDataRep(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

const std::vector< PyDataRep * > & QtDisplay::getDataReps (   )  const

Returns a vector of all DataReps in the plotter. Definition at line 1021 of file QtDisplay.cxx. References PlotterBase::getDataRep(), PlotterBase::getNumDataReps(), m_plotter, and m_pyDataReps. Referenced by hippodraw::Python::export_QtDisplay().

const std::string & QtDisplay::getLabel (  const std::string &  axis  )  const

Returns the label on the specified axis. Definition at line 902 of file QtDisplay.cxx. References hippodraw::Axes::convert(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

int QtDisplay::getLog (  const std::string &  axis  )

Return 1 if the specified axis is logrithmically scaled. Definition at line 993 of file QtDisplay.cxx. References DisplayController::getLog(), DisplayController::instance(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

std::vector< double > QtDisplay::getRange (  const std::string &  axis  )

Get the Range of the specified axis. Definition at line 775 of file QtDisplay.cxx. References hippodraw::Axes::convert(), PlotterBase::getRange(), Range::high(), Range::low(), m_plotter, and num_util::type(). Referenced by QtCut::cutRange(), hippodraw::Python::export_QtDisplay(), and saveView().

const std::string & QtDisplay::getTitle (   )  const

Returns the title of the display. Definition at line 852 of file QtDisplay.cxx. References PlotterBase::getTitle(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

int QtDisplay::nextView (  bool  stepForward = true  )

Cycle through each set of plot ranges, thereby changing the view with each call. Returns: The index of the current view. Parameters: stepForward  Direction to step through the views. Definition at line 813 of file QtDisplay.cxx. References m_plotter, and PlotterBase::nextView(). Referenced by hippodraw::Python::export_QtDisplay().

double QtDisplay::numberOfEntries (   )  const

Return the number of entries in the display. Definition at line 1062 of file QtDisplay.cxx. References PlotterBase::activeProjector(), ProjectorBase::getNumberOfEntries(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

int QtDisplay::numViews (   )

Return the number of stored views. Definition at line 826 of file QtDisplay.cxx. References m_plotter, and PlotterBase::numViews(). Referenced by hippodraw::Python::export_QtDisplay().

int QtDisplay::plotterId (   )  const

Return the Id to the plotter object. Note: If returning an int, then gcc 2.95.3 has internal compiler error coming from Boost.Python. Definition at line 1117 of file QtDisplay.cxx. References m_plotter, and PlotterBase::plotterId(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::reset (   )

Resets all bins. Definition at line 916 of file QtDisplay.cxx. References m_plotter, and unlock(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::resize (   )

Restore the X and Y dimensions of the display to their saved values. Definition at line 1070 of file QtDisplay.cxx. References DisplayController::getLog(), DisplayController::instance(), m_binWidths, m_plotter, m_ranges, PlotterBase::setAutoRanging(), PlotterBase::setBinWidth(), setLog(), and PlotterBase::setRange(). Referenced by hippodraw::Python::export_QtDisplay().

int QtDisplay::saveView (   )

Save the current set of plot ranges which define a "view" for this plot. Returns: The index of the saved view. Definition at line 785 of file QtDisplay.cxx. References getRange(), m_plotter, m_ranges, std::make_pair(), and PlotterBase::saveView(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setAspectRatio (  double  ratio  )

Sets the aspect ratio. Definition at line 1033 of file QtDisplay.cxx. References m_plotter, and PlotterBase::setAspectRatio(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setAutoRanging (  const std::string &  axis, bool  flag )

Sets the auto ranging flag on specified axis. Definition at line 1003 of file QtDisplay.cxx. References hippodraw::Axes::convert(), m_plotter, PlotterBase::setAutoRanging(), and num_util::type(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setAutoTicks (  const std::string &  axis, bool  yes )

Sets the ticks to be automatic or manual. Definition at line 1178 of file QtDisplay.cxx. References m_plotter, and unlock(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setBinWidth (  const std::string &  axis, double  width )

Sets the bin width on the specified axis. This version is needed since Boost.Python cannot accommodate default arguments directly. Definition at line 947 of file QtDisplay.cxx. References setBinWidth().

void QtDisplay::setBinWidth (  const std::string &  axis, double  width, bool  save = false )

Sets the bin width on the specified axis. Definition at line 923 of file QtDisplay.cxx. References m_binWidths, m_plotter, and PlotterBase::setBinWidth(). Referenced by hippodraw::Python::export_QtDisplay(), and setBinWidth().

void QtDisplay::setColorMap (  const std::string &  name  )

Set the color map by name. Requests: Expose the BinToColorFactory to Python so user can see the choice of names. Definition at line 1126 of file QtDisplay.cxx. References std::find(), BinToColorFactory::instance(), and m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setContourLevels (  const std::vector< double > &  levels  )

Set the contour levels if a ContourPointRep. Definition at line 872 of file QtDisplay.cxx. References PlotterBase::activePlotIndex(), PlotterBase::getDataRep(), DataRep::getProjector(), m_plotter, RepBase::name(), Observable::notifyObservers(), and PlotterBase::representation(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setLabel (  const std::string &  axis, const std::string &  label )

Sets the label on the corresponding axis. Definition at line 893 of file QtDisplay.cxx. References hippodraw::Axes::convert(), m_plotter, and PlotterBase::setLabel(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setLog (  const std::string &  axis, int  flag )

Sets the specified axis to Logrithmic binning (if applicable ) and display. Definition at line 982 of file QtDisplay.cxx. References hippodraw::Axes::convert(), DisplayController::instance(), m_plotter, DisplayController::setLog(), and num_util::type(). Referenced by hippodraw::Python::export_QtDisplay(), and resize().

void QtDisplay::setNumberOfBins (  const std::string &  axis, unsigned int  number )

Sets the number of bins. Definition at line 909 of file QtDisplay.cxx. References m_plotter, and PlotterBase::setNumberOfBins(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setOffset (  const std::string &  axis, double  offset )

Sets the offset of the bins on the specified axis. Definition at line 951 of file QtDisplay.cxx. References hippodraw::Axes::convert(), DisplayController::instance(), m_plotter, DisplayController::setOffset(), and num_util::type(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setPointRep (  RepBase *  rep  )

Sets the PointRep for the display. Definition at line 858 of file QtDisplay.cxx. References m_plotter, and PlotterBase::setRepresentation(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setRange (  const std::string &  axis, double  low, double  high )

Sets the Range on the specified axis. This version is needed since Boost.Python cannot accommodate default arguments directly. Definition at line 770 of file QtDisplay.cxx. References setRange().

void QtDisplay::setRange (  const std::string &  axis, double  low, double  high, bool  save = false )

Sets the Range on the specified axis. Definition at line 753 of file QtDisplay.cxx. References m_plotter, m_ranges, std::make_pair(), and PlotterBase::setRange(). Referenced by hippodraw::Python::export_QtDisplay(), and setRange().

void QtDisplay::setTicks (  const std::string &  axis, const std::vector< double > &  values, const std::vector< std::string > &  labels )

Sets the axis ticks to specified points and values. Definition at line 1167 of file QtDisplay.cxx. References m_plotter, and unlock(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setTitle (  const std::string &  title  )

Sets the title of the display. Definition at line 845 of file QtDisplay.cxx. References m_plotter, and PlotterBase::setTitle(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setTransform (  const std::string &  name  )

Sets the Transform. Requests: Expose to Python the list of available transforms. Definition at line 961 of file QtDisplay.cxx. References DisplayController::instance(), m_plotter, and DisplayController::setTransform(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::setView (  int  index  )

Set the view by index. Definition at line 801 of file QtDisplay.cxx. References m_plotter, and PlotterBase::setView(). Referenced by hippodraw::Python::export_QtDisplay().

void QtDisplay::unlock (   )

Unlock the QApplication in case of exception. Definition at line 978 of file QtDisplay.cxx. Referenced by addValues(), createDataArray(), createNTuple(), hippodraw::Python::export_QtDisplay(), QtDisplay(), reset(), setAutoTicks(), and setTicks().

void QtDisplay::update (   )

Updates the display. Bug: @@ For the script, autontuple.py, this method behaves strangely. Definition at line 1149 of file QtDisplay.cxx. References m_plotter. Referenced by hippodraw::Python::export_QtDisplay().

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Member Data Documentation

std::map<std::string, double > QtDisplay::m_binWidths [private]

The saved X and Y bin widths to be used with the resize() method. Definition at line 67 of file QtDisplay.h. Referenced by resize(), and setBinWidth().

PlotterBase* QtDisplay::m_plotter [protected]

The contained PlotterBase object. Definition at line 80 of file QtDisplay.h. Referenced by addDataRep(), addDataRepStacked(), addFunction(), addObserver(), QtCut::addTarget(), QtCut::addTargets(), addValues(), QtCut::createCut(), createDataArray(), createDisplay(), createNTuple(), currentView(), QtCut::cutRange(), deleteView(), display(), getBinWidth(), getDataRep(), getDataReps(), getLabel(), getLog(), getRange(), getTitle(), nextView(), numberOfEntries(), numViews(), plotterId(), QtCut::QtCut(), QtDisplay(), reset(), resize(), saveView(), setAspectRatio(), setAutoRanging(), setAutoTicks(), setBinWidth(), setColorMap(), setContourLevels(), QtCut::setCutRange(), QtCut::setEnabled(), setLabel(), setLog(), setNumberOfBins(), setOffset(), setPointRep(), setRange(), setTicks(), setTitle(), setTransform(), setView(), QtCut::toggleInverted(), and update().

std::vector< PyDataRep * > QtDisplay::m_pyDataReps [mutable, private]

A vector to store the PyDataRep pointers to be returned by reference via the getDataReps() method. Definition at line 61 of file QtDisplay.h. Referenced by getDataReps().

std::map<std::string, std::pair <double, double> > QtDisplay::m_ranges [private]

The saved X and Y ranges to be used with the resize() method. Definition at line 64 of file QtDisplay.h. Referenced by resize(), saveView(), and setRange().

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

• QtDisplay.h
• QtDisplay.cxx

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