ImageView2D Class Reference

#include <ImFusion/GUI/ImageView2D.h>

High-level wrapper class for 2D/MPR rendering of one or multiple images. More...

Inheritance diagram for ImageView2D:

Detailed Description

High-level wrapper class for 2D/MPR rendering of one or multiple images.

Serves as Qt wrapper of the GlSliceView and GlSlice classes for 2D/MPR rendering. Depending on the displayOptionsSource property of ImageView2D the DisplayOptions2d used during rendering are either individual for each image (stored in the images' DataComponents) or shared for all shown images (stored in ImageView2D).

This class offers a couple of additional convenience interfaces/functionality over the underlying hierarchy of GlSliceView, GlSlice, and GlSliceRenderer:

• High-level interface to generically set the shown Data (cf. setVisibleData(), showData(), hideData(), and setDisplayOptionsSource())
• Automatic zoom to fit the viewport (cf. setZoomMode())
• Automatic configuration of view settings based on the shown data (cf. setAutomaticViewSettingsEnabled())
• Animation support for actions such as changing the view matrix

Note

Due to the potential external storage of display options, the Qt signals for changes of individual display options (i.e. windowChanged, levelChanged, gammaChanged, invertedChanged, and blendFactorChanged) are only emitted when using their corresponding Qt property setter. If the underlying DisplayOptions2d have changed by somebody else in the background, this is not detected. If you need to be notified reliably in all occasions you need to register to the DisplayOptions2d changed signal directly.

Public Types
enum class	ZoomMode { FitToView = 0 , Fixed = 1 , OriginalPixelSize }
	Enumeration to describe the zooming mode used for a 2D view. More...
enum class	DisplayOptionsSource { View = 0 , Data = 1 }
	Describes from where to take the DisplayOptions for rendering. More...
Public Types inherited from InteractiveView
enum	LayoutDirection { Horizontal = int(GUI::ViewOverlay::LayoutDirection::Horizontal) , Vertical = int(GUI::ViewOverlay::LayoutDirection::Vertical) }
	Layout direction when stacking multiple InteractiveOverlays at the same anchor.

Public Slots
void	setCenter (const vec3 &c, mat3 *rot=nullptr, bool suppressAnimation=false)
	Will re-center the view on the given position, can optionally also apply some rotation.
void	setMatrix (const mat4 &mat, bool suppressAnimation=false, Pose::TransformationConvention convention=Pose::TOWORLD)
	Set the matrix of this view.
void	reset () override
	Reset the image view.
void	reset (bool suppressAnimation)
	Reset the image view ensuring that no animation will be perfomed, even if the animations are enabled globally.
void	setSliceCenter (const vec3 &center, bool suppressAnimation=false)
	Re-center the slice view.
void	setSliceMatrix (const mat4 &matrix, bool suppressAnimation=false)
	Set the slice view's position and orientation.
void	setDefaultInterpolationMode (int interpolationMode)
	Set the interpolation mode that will be used as default, for instance when resetting the view (see InterpolationMode)
Public Slots inherited from InteractiveView
void	setVisible (bool value)
	Make view hidden/visible.
void	render () override
virtual void	reset ()

Public Member Functions
	ImageView2D (std::unique_ptr< GlSliceView > sliceView)
	Default constructor.
	ImageView2D (bool is3d, Slice::AnatomicalPlane plane)
	~ImageView2D () override
	Destructor.
const GlSliceView *	view () const
	Read-only access to OpenGL view.
GlSliceView *	view ()
	Read-write access to OpenGL view.
void	render () override
	Will render the view into the viewport() of the current framebuffer by drawing the optional background color, the optional border, the underlying GlView, and finally all overlays().
void	setImageData (SharedImageSet *is)
	Set image data. Convenience function which calls corresponding function in slice.
SharedImageSet *	imageData () const
ImFusion::ImageView2D::DisplayOptionsSource	displayOptionsSource () const
	Returns where to take display options from.
ImFusion::ImageView2D::ZoomMode	zoomMode () const
	Returns the zoom mode.
const DisplayOptions2d &	displayOptions (const Data *data=nullptr) const
	Return the DisplayOptions used for the given data wrt.
DisplayOptions2d &	displayOptions (const Data *data=nullptr)
void	setAutomaticViewSettingsEnabled (bool value)
	Sets the flag whether ImageView2D should automatically configure settings of the underlying GlSliceView based on the shown data.
bool	isAutomaticViewSettingsEnabled () const
	Returns the flag whether ImageView2D should automatically configure settings of the underlying GlSliceView based on the shown data.
void	configure (const Properties *p) override
	Restore view state from properties.
void	configuration (Properties *p) const override
	Save view state to properties.
InteractionView2D *	interaction2D () const
	Convenience function to return the first interaction of type InteractionView2D if present.
void	setColormap (GlImage *colormap)
	Set the color map.
const GlImage *	colormap () const
	Get the color map, or nullptr if no color mapping is used.
void	transformationChanged (const Data *data)
	Enables show zoom if a shown image has a new transformation.
void	setRect (const QRect &rect) override
	Set position and size of view in scene coordinates.
void	onDisplayOptionsChanged (DisplayOptions2d *dop)
void	updateScale ()
void	setImage (SharedImage *image)
	Convenience method to display a single image.
void	setImage (Image *image)
	Convenience method to display a single image.
Public Member Functions inherited from InteractiveView
	InteractiveView (std::unique_ptr< GlView > glView)
	Construct view with underlying GlView.
void	setInteractions (std::vector< std::unique_ptr< ViewInteraction > > interactions)
	Replace all existing ViewInteractions with the ones in interactions.
void	addInteraction (std::unique_ptr< ViewInteraction > interaction, int where=-1)
	Add an interaction at the given position (default is at the end).
void	removeInteraction (ViewInteraction *interaction)
	Delete the given interaction, if it exists. Note: This will make the pointer invalid.
std::vector< ViewInteraction * >	interactions () const
	Returns all view interactions of this view.
template<typename T>
T *	findInteraction () const
	Returns the first ViewInteraction that dynamic_casts to T or nullptr if no such ViewInteraction exists.
void	setBorderColor (const QColor &color)
	Set border color.
void	setDrawBorder (bool drawBorder)
	Set whether to draw a border around the view.
bool	isBorderDrawn () const
	Get whether to draw a border around the view.
void	setBorderPixelSize (int pixelSize)
	Set the size of the border around the view.
int	borderPixelSize () const
	Get the size of the border around the view.
void	setBackgroundColor (const QColor &color)
	Set border color.
void	setViewGroup (ViewGroup *group)
	Set associated view group. The view is not automatically added to the view group.
ViewGroup *	viewGroup () const
	Get associated view group.
QRectF	boundingRect () const
	Bounding rect in item coordinates.
QRect	rect () const
	Get position and size of view in scene coordinates.
void	setViewport (const GL::Viewport &rect) override
	Sets the area where this view is drawn in render() wrt. the attached framebuffer.
virtual bool	sceneEvent (QEvent *qtEvent, const GUI::InputEvent &inputEvent)
	Called by the DisplayWidget if a user input event has happened on this view.
void	addObject (GUI::ViewObject *object) override
	Add the given InteractiveObject to this view.
void	removeObject (GUI::ViewObject *object) override
	Remove the given InteractiveObject from this view.
virtual bool	hasObject (const InteractiveObject *object) const
virtual void	addOverlay (std::unique_ptr< InteractiveOverlay > overlay, int position=-1)
	Add overlay to this view.
std::unique_ptr< GUI::ViewOverlay >	removeOverlay (GUI::ViewOverlay *overlay) override
	Remove overlay. The user is responsible for deleting the overlay afterwards.
void	setWaterMark (SharedImage *image)
	Set a water mark to the view.
void	setAnchorLayoutDirection (InteractiveOverlay::AnchorPoint anchor, LayoutDirection direction)
	Sets in which direction multiple overlays at one anchor are layed out.
void	requestUpdate ()
	Allows some outside interaction to request an update of the view.
bool	showOverlays () const
	Get flag whether to show overlays.
void	setAndRunAnimation (std::unique_ptr< Animations::Animation >)
	Launch an animation while ensuring that only one animation is running at a time for this instance.
Public Member Functions inherited from View
	View (std::unique_ptr< GlView > glView)
	Instantiate a new View using the given GlView as renderer; glView must not be null.
const GlView &	glView () const
	Returns the underlying GlView.
GlView &	glView ()
	Returns the underlying GlView.
const GL::Viewport &	viewport () const
	Returns the area where this view is drawn in render() wrt. the attached framebuffer.
bool	isVisible () const
	Returns whether this view has a non-zero viewport and can therefore be considered visible.
std::optional< vec3 >	backgroundColor () const
	Returns the optional background color used to clear the viewport before rendering anything.
void	setBackgroundColor (std::optional< vec3 > value)
	Sets the optional background color used to clear the viewport before rendering anything.
const BorderConfig &	borderConfig () const
	Returns the BorderConfig struct defining if and how to render a border frame surrounding the view.
virtual void	setBorderConfig (const BorderConfig &value)
	Sets the BorderConfig struct defining if and how to render a border frame surrounding the view.
bool	showsOverlays () const
	Returns the flag whether to show overlays or not.
void	setShowOverlays (bool value)
	Sets the flag whether to show overlays or not.
void	setWatermark (const SharedImage &image)
	Sets a watermark image to be rendered on top of the view.
virtual EventResult	handleInputEvent (const InputEvent &event)
	Called by the parent Display if a user input event has happened on this view.
void	setDataDisplayDispatcher (std::shared_ptr< DataDisplayDispatcher > ddd)
	Sets a common DataDisplayDispatcher so that it can be shared across views.
const DataDisplayDispatcher *	dataDisplayDispatcher () const
	Returns the DataDisplayDispatcher used by this view.
virtual bool	acceptsData (const Data *data) const
	Returns whether this view is capable of displaying the given data.
void	setVisibleData (const DataList &data)
	Set the data that should be shown in this view.
const DataList &	visibleData () const
	Returns a list of the currently displayed data.
bool	showData (Data *data)
	Appends the given Data instance to the list of visible data.
void	hideData (const Data *data)
	Removes the given Data instance to the list of visible data.
void	setEventHandlers (std::vector< std::unique_ptr< EventHandler > > eventHandlers)
	Replace all existing EventHandlers with the ones in eventHandlers.
void	addEventHandler (std::unique_ptr< EventHandler > eventHandler, int where=-1)
	Add an EventHandler at the given position (default is at the end).
std::unique_ptr< EventHandler >	removeEventHandler (EventHandler *interaction)
	Delete the given interaction, if it exists. Note: This will make the pointer invalid.
std::vector< EventHandler * >	eventHandlers () const
	Returns all view interactions of this view.
template<typename T>
T *	findEventHandler () const
	Returns the first EventHandler that dynamic_casts to T, or nullptr if no such EventHandler exists.
void	addOverlay (std::unique_ptr< ViewOverlay > overlay, ViewOverlay::Anchor anchor, int position=-1)
	Inserts overlay into the list of overlays of this view at position of the given anchor.
std::vector< ViewOverlay * >	overlays () const
	Returns all InteractiveOverlays of this view.
void	setOverlayAnchor (ViewOverlay *overlay, ViewOverlay::Anchor anchor)
	Set the anchor point to use for the given overlay.
void	setOverlayLayoutDirection (ViewOverlay::Anchor anchor, ViewOverlay::LayoutDirection direction)
	Sets in which direction multiple overlays at one anchor are laid out.
std::vector< ViewObject * >	objects () const
	Returns all ViewObjects of this view.
const GlView *	view () const
GlView *	view ()
	Return associated GlView object.
Public Member Functions inherited from Configurable
virtual void	configureDefaults ()
	Retrieve the properties of this object, replaces values with their defaults and sets it again.
void	registerParameter (ParameterBase *param)
	Register the given Parameter or SubProperty, so that it will be configured during configure()/configuration().
void	unregisterParameter (const ParameterBase *param)
	Remove the given Parameter or SubProperty from the list of registered parameters.
	Configurable (const Configurable &rhs)
	Configurable (Configurable &&rhs) noexcept
Configurable &	operator= (const Configurable &)
Configurable &	operator= (Configurable &&) noexcept
Public Member Functions inherited from SignalReceiver
	SignalReceiver ()=default
	Default constructor.
	SignalReceiver (const SignalReceiver &other)
	Copy constructor, does not copy any existing signal connections from other.
SignalReceiver &	operator= (SignalReceiver rhs)
	Assignment operator, disconnects all existing connections, does not copy any existing signal connections from rhs.
virtual	~SignalReceiver ()
	Virtual destructor disconnects from all connected signals.

Protected Member Functions
bool	handleObjectEvent (QEvent *qtEvent, const GUI::InputEvent &inputEvent) override
	Override event handling code for objects.
void	onVisibleDataChanged (const DataList &oldData, const DataList &newData)
	Removes move images which are not in newData from the GlImageHighlighter.
void	showDataImpl (Data *data) override
	Override this function to implement custom logic whenever a dataset is added to the list of visible data.
void	hideDataImpl (const Data *data) override
	Override this function to implement custom logic whenever a dataset is removed from the list of visible data.
Protected Member Functions inherited from InteractiveView
GUI::EventResult	dispatchToViewOverlays (const GUI::InputEvent &event) override
	Dispatch event to all known ViewOverlays considering m_mouseEventFocusObject and m_touchEventFocusObject.
GUI::EventResult	dispatchToViewObjects (const GUI::InputEvent &event) override
	Dispatch event to all known ViewObjects considering m_mouseEventFocusObject and m_touchEventFocusObject.
GUI::EventResult	dispatchToViewEventHandlers (const GUI::InputEvent &event) override
	Dispatch event to all known View::EventHandlers considering m_mouseEventFocusObject and m_touchEventFocusObject.
virtual bool	handleOverlayEvent (QEvent *qtEvent, const GUI::InputEvent &inputEvent)
	The default implementation will call InteractiveOverlay::sceneEvent() and set m_mouseEventTarget/m_touchEventTarget if needed.
virtual bool	handleInteractionEvent (QEvent *qtEvent, const GUI::InputEvent &inputEvent)
	Auxiliary method for forwarding the scene event to the view interaction.
Protected Member Functions inherited from View
void	updateEventFocus (const InputEvent &event, const void *newTarget)
	Update the internal bookkeeping of "focus" event handlers:
bool	filterEventFocus (const InputEvent &event, const void *target) const
	Checks if the object target should receive the given event based on the event type and current "focus" object.
Protected Member Functions inherited from SignalReceiver
void	disconnectAll ()
	Disconnects all existing connections.

Protected Attributes
GlSliceView *	m_view2D
	Internal OpenGL view instance.
ZoomMode	m_zoomMode = ZoomMode::FitToView
DisplayOptionsSource	m_displayOptionsSource = DisplayOptionsSource::View
DisplayOptions2d	m_displayOptionsView
Protected Attributes inherited from InteractiveView
std::vector< std::unique_ptr< ViewInteraction > >	m_interactions
	ViewInteractions used for this view.
ViewGroup *	m_group = nullptr
	Optional ViewGroup this view is part of.
Protected Attributes inherited from View
std::unique_ptr< GlView >	m_glView
std::unique_ptr< ViewOverlayLayouter >	m_overlayLayouter
std::vector< std::unique_ptr< EventHandler > >	m_eventHandlers
std::vector< std::unique_ptr< ViewOverlay > >	m_overlays
std::vector< ViewObject * >	m_objects
DataList	m_visibleData
GL::Viewport	m_viewport
const void *	m_mouseEventFocusObject = nullptr
	Pointer to the event receiver that shall receive MouseEvent::Type::Move events exclusively.
const void *	m_touchEventFocusObject = nullptr
	Pointer to the event receiver that shall receive TouchEvent::Type::Update events exclusively.
Protected Attributes inherited from Configurable
std::vector< Param >	m_params
	List of all registered Parameter and SubProperty instances.

Properties
int	interpolation
bool	flip
ImFusion::GlSlice::BlendingMode	blendingMode
double	blendFactor
double	zoom
ImFusion::ImageView2D::ZoomMode	zoomMode
bool	showZoom
bool	pixelZoom
int	showIn3D
double	window
double	level
double	gamma
bool	inverted
double	thickness
bool	showOrientationMarkers
ImFusion::ImageView2D::DisplayOptionsSource	displayOptionsSource
Properties inherited from InteractiveView
QRect	rect

Property read methods
int	interpolation () const
bool	flip () const
ImFusion::GlSlice::BlendingMode	blendingMode () const
double	blendFactor () const
	View blending alpha value setting of the given data. If data is 0, returns the global setting.
double	zoom () const
	View zoom.
double	window () const
	View window setting of the given data. If data is 0, returns the global setting.
double	level () const
	View level setting of the given data. If data is 0, returns the global setting.
double	gamma () const
	View gamma setting of the given data. If data is 0, returns the global setting.
bool	isInverted () const
	View color inversion setting of the given data. If data is 0, returns the global setting.
double	thickness () const
	Slice thickness in case of a 3D MPR.
bool	showZoom () const
	Show zoom flag.
bool	showIntersectionLines () const
	Show slice intersection lines flag.
bool	showThickness () const
	Show slice thickness flag.
bool	showOrientationMarkers () const
	Returns the whether to draw orientation markers next to the MPR cross section lines.
int	showIn3D () const
	3D visualization of the slice
bool	pixelZoom () const
	Pixel zoom.

Property write methods
void	setInterpolation (int val)
void	setFlip (bool val)
void	setBlendingMode (ImFusion::GlSlice::BlendingMode val)
void	setBlendFactor (double val)
	Set blending alpha value setting of the given data. If data is 0, returns the global setting.
void	addMoveImage (SharedImageSet *img)
	Adds the given image to the list of images to which the "move image" feature is applied.
void	removeMoveImage (const SharedImageSet *img)
	Removes the given image from the list of images to which the "move image" feature is applied.
std::vector< SharedImageSet * >	moveImages () const
	Returns the list of images that should be moved if interactionTarget() is InteractionTarget::Image.
void	setZoom (double val)
	Set view zoom.
void	setPixelZoom (bool val)
	Set pixel zoom.
void	setShowZoom (bool flag)
	Specify if the view zoom shall be shown on the slice itself (affecting other views)
void	setShowIntersectionLines (bool flag)
	Specify if the intersection lines with other slices shall be drawn.
void	setShowThickness (bool flag)
	Specify if the slice thickness shall be drawn.
void	setShowOrientationMarkers (bool value)
	Sets the whether to draw orientation markers next to the MPR cross section lines.
void	setDefaultOrientationMarkerTypeToQuadruped (bool value)
	Sets the default type of the orientation markers to Quadruped.
void	setShowIn3D (int mode)
	Specify the 3D visualization of this slice.
void	setWindow (double val)
	Set view window of the given data. If data is 0, sets the global setting.
void	setLevel (double val)
	Set view level of the given data. If data is 0, sets the global setting.
void	setGamma (double val)
	Set view gamma of the given data. If data is 0, sets the global setting.
void	setInverted (bool inverted)
	Set color inversion of the given data. If data is 0, sets the global setting.
void	setThickness (double val)
	Set the 3D MPR slice thickness.
void	setDisplayOptionsSource (ImFusion::ImageView2D::DisplayOptionsSource value)
	Sets where to take display options from.
void	setZoomMode (ImFusion::ImageView2D::ZoomMode value)
	Sets the zoom mode.

Property notifiers
void	interpolationChanged (int val)
void	flipChanged (bool val)
void	blendingModeChanged (ImFusion::GlSlice::BlendingMode val)
void	blendFactorChanged (double val)
void	imageDataChanged ()
	Emitted when the image data has changed.
void	zoomChanged (double val)
	Emitted when zoom changed.
void	pixelZoomChanged (bool val)
	Emitted when pixel zoom changed.
void	showZoomChanged (bool flag)
void	showIn3DChanged (int val)
void	showOrientationMarkersChanged (bool value)
void	windowChanged (double val)
	Emitted when window changed.
void	levelChanged (double val)
	Emitted when level changed.
void	gammaChanged (double val)
	Emitted when gamma changed.
void	invertedChanged (bool inv)
	Emitted when inverted changed.
void	thicknessChanged (double val)
	Emitted when slice thickness changes.
void	displayOptionsSourceChanged (ImFusion::ImageView2D::DisplayOptionsSource value)
void	zoomModeChanged (ImFusion::ImageView2D::ZoomMode value)

Additional Inherited Members
Signals inherited from InteractiveView
void	visibilityChanged (bool visible)
void	rectChanged (QRect rect)
void	updateRequested ()
void	visibilityChangeRequested (bool visible)
void	visibleDataChanged (const DataList &before, const DataList &now)
	Emitted in setVisibleData after the visible data has been changed from before to now.
Public Attributes inherited from InteractiveView
Signal< DataList >	signalRendered
	Emitted at the end of render(); the passed DataList will hold all visible data.
Public Attributes inherited from View
Signal	signalUpdateRequested
	Emitted when this view or one of its overlays has become outdated and needs to be re-rendered.
Signal< const DataList &, const DataList & >	signalVisibleDataChanged
	Emitted when visibleData() has changed.
Public Attributes inherited from Configurable
Signal	signalParametersChanged
	Emitted whenever one of the registered Parameters' or SubPropertys' signalValueChanged signal was emitted.

Member Enumeration Documentation

ZoomMode

enum class ZoomMode

strong

Enumeration to describe the zooming mode used for a 2D view.

Enumerator
FitToView	A zoom factor of 1 will fit the shown image to the viewport.
Fixed	A zoom factor of 1 will show 1mm per viewport pixel.
OriginalPixelSize	A zoom factor of 1 will show 1 image pixel (of the first visible image) per viewport pixel.

DisplayOptionsSource

enum class DisplayOptionsSource

strong

Describes from where to take the DisplayOptions for rendering.

Enumerator
View	All visible data will be rendered using the same view's display options.
Data	Every visible data will be rendered using its own display options.

Member Function Documentation

render()

void render ( )

overridevirtual

Will render the view into the viewport() of the current framebuffer by drawing the optional background color, the optional border, the underlying GlView, and finally all overlays().

Reimplemented from View.

displayOptions()

const DisplayOptions2d & displayOptions

(

const Data *

data = nullptr

)

const

Return the DisplayOptions used for the given data wrt.

to the views' display options source setting. If the display options source is set to View, this function will return the view's display options. If the display options source is set to Modality, this function will return the global display options wrt. to data. If the display options source is set to Data, this function will return the display options of data. If data is 0 but required, it will use the first visible data of this view instead.

setAutomaticViewSettingsEnabled()

void setAutomaticViewSettingsEnabled ( bool value )

inline

Sets the flag whether ImageView2D should automatically configure settings of the underlying GlSliceView based on the shown data.

This can be aspects such as the "vertical flip" flag (GlSliceView::setFlip()), the "show zoom extent" flag (GlSliceView::showZoom()), and the "ignore image matrix" flag (GlSliceRendererImage::setIgnoreMatrix()).

configure()

void configure ( const Properties * p )

overridevirtual

Restore view state from properties.

Reimplemented from Configurable.

configuration()

void configuration ( Properties * p ) const

overridevirtual

Save view state to properties.

Reimplemented from Configurable.

setRect()

void setRect ( const QRect & rect )

overridevirtual

Set position and size of view in scene coordinates.

Reimplemented from InteractiveView.

addMoveImage

void addMoveImage ( SharedImageSet * img )

slot

Adds the given image to the list of images to which the "move image" feature is applied.

Will also enable the "move image" feature by setting the InteractionTarget flag to Image.

removeMoveImage

void removeMoveImage ( const SharedImageSet * img )

slot

Removes the given image from the list of images to which the "move image" feature is applied.

If there are no move images left it will also disable the "move image" feature again by setting the InteractionTarget flag to Slice.

moveImages

std::vector< SharedImageSet * > moveImages ( ) const

slot

Returns the list of images that should be moved if interactionTarget() is InteractionTarget::Image.

setShowIn3D

void setShowIn3D ( int mode )

slot

Specify the 3D visualization of this slice.

Parameters

mode	Integer representation of the GlSlice::ObjectRenderModes bitfield.

windowChanged

void windowChanged ( double val )

signal

Emitted when window changed.

Warning

Do not rely on this signal since it may not be triggered under all circumstances.

levelChanged

void levelChanged ( double val )

signal

Emitted when level changed.

Warning

Do not rely on this signal since it may not be triggered under all circumstances.

gammaChanged

void gammaChanged ( double val )

signal

Emitted when gamma changed.

Warning

Do not rely on this signal since it may not be triggered under all circumstances.

invertedChanged

void invertedChanged ( bool inv )

signal

Emitted when inverted changed.

Warning

Do not rely on this signal since it may not be triggered under all circumstances.

handleObjectEvent()

bool handleObjectEvent ( QEvent * qtEvent, const GUI::InputEvent & inputEvent )

overrideprotectedvirtual

Override event handling code for objects.

Reimplemented from InteractiveView.

showDataImpl()

void showDataImpl ( Data * data )

overrideprotectedvirtual

Override this function to implement custom logic whenever a dataset is added to the list of visible data.

The default implementation will call DataDisplayDispatcher::show() and add data to m_visibleData.

Reimplemented from View.

hideDataImpl()

void hideDataImpl ( const Data * data )

overrideprotectedvirtual

Override this function to implement custom logic whenever a dataset is removed from the list of visible data.

The default implementation will call DataDisplayDispatcher::hide() and remove data to m_visibleData.

Reimplemented from View.

setImage() [1/2]

void setImage

(

SharedImage *

image

)

Convenience method to display a single image.

Internally, creates a container SharedImageSet holding image and then calls setVisibleData(). InteractiveView will not take ownership of image. If image is 0, will remove all data from this view.

Deprecated

This function has problematic ownership semantics. Use setVisibleData() instead.

setImage() [2/2]

void setImage

(

Image *

image

)

Convenience method to display a single image.

Internally, creates a container SharedImageSet holding image and then calls setVisibleData(). InteractiveView will not take ownership of image, it must stay alive as long as the image is shown. If image is 0, will remove all data from this view.

Deprecated

This function has problematic ownership semantics. Use setVisibleData() instead.

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

• ImFusion/GUI/ImageView2D.h