Description

A lightweight graphical object for cCanvas.

This is the central class of OMNeT++'s 2D drawing API. Graphical elements are called figures, and are represented by subclasses of cFigure. To display a figure-based drawing, one needs to add figures to a canvas (cCanvas). Every module has its own canvas, accessible via cModule::getCanvas(), and one may also create additional ones.

Notes:

figures can be hierarchical (resulting in a figure tree)
coordinates are in canvas units, not in pixels (interactive zooming!)
coordinates are transformed with the figure's own transform plus the transforms of all ancestors
a figure subtree can be hidden by calling setVisible(false)
the order of child figures also denotes drawing order (of overlapping figures, the last one will appear on top)
dup() makes shallow copy (doesn't copy child figures); see dupTree() as well
figures are only data storage classes, rendering is done in the back-end (e.g. Qtenv) by separate renderer classes.

See also: cCanvas

Inheritance diagram for cFigure:

[legend]

Classes
struct	Color
	Represents an RGB color. More...

struct	Font
	Represents properties of a font. More...

class	Pixmap
	A rectangular RGBA pixel array. More...

struct	Point
	Represents a point as (x,y) coordinates. More...

struct	Rectangle
	Represents a rectangle as an (x,y,width,height) tuple. More...

struct	RGBA
	Represents an RGBA pixel, for Pixmap manipulation. More...

struct	Transform
	Homogeneous 2D transformation matrix. More...

Public Member Functions
Constructors, destructor, assignment
	cFigure (const char *name=nullptr)

	cFigure (const cFigure &other)

virtual	~cFigure ()

cFigure &	operator= (const cFigure &other)

Redefined cObject member functions.
virtual cFigure *	dup () const override

virtual void	forEachChild (cVisitor *v) override

virtual std::string	str () const override

Common figure attributes.
int	getId () const

virtual bool	isVisible () const

virtual void	setVisible (bool visible)

virtual const Transform &	getTransform () const

virtual void	setTransform (const Transform &transform)

virtual void	resetTransform ()

virtual double	getZIndex () const

virtual void	setZIndex (double zIndex)

virtual double	getEffectiveZIndex () const

virtual const char *	getTooltip () const

virtual void	setTooltip (const char *tooltip)

virtual cObject *	getAssociatedObject () const

virtual void	setAssociatedObject (cObject *obj)

virtual const char *	getTags () const

virtual void	setTags (const char *tags)

Accessing the parent figure and child figures.
virtual cFigure *	getParentFigure () const

virtual cCanvas *	getCanvas () const

virtual int	getNumFigures () const

virtual cFigure *	getFigure (int pos) const

virtual cFigure *	getFigure (const char *name) const

virtual int	findFigure (const char *name) const

virtual int	findFigure (const cFigure *figure) const

virtual bool	containsFigures () const

virtual cFigure *	findFigureRecursively (const char *name) const

virtual cFigure *	getFigureByPath (const char *path) const

Managing child figures.
virtual void	addFigure (cFigure *figure)

virtual void	addFigure (cFigure *figure, int pos)

virtual cFigure *	removeFigure (cFigure *figure)

virtual cFigure *	removeFigure (int pos)

virtual cFigure *	removeFromParent ()

Managing stacking order
virtual bool	isAbove (const cFigure *figure) const

virtual bool	isBelow (const cFigure *figure) const

virtual void	insertAbove (cFigure *referenceFigure)

virtual void	insertBelow (cFigure *referenceFigure)

virtual void	insertAfter (const cFigure *referenceFigure)

virtual void	insertBefore (const cFigure *referenceFigure)

virtual void	raiseAbove (cFigure *figure)

virtual void	lowerBelow (cFigure *figure)

virtual void	raiseToTop ()

virtual void	lowerToBottom ()

virtual cFigure *	dupTree () const

Operations on the transformation matrix.
virtual void	translate (double dx, double dy)

virtual void	scale (double s)

virtual void	scale (double sx, double sy)

virtual void	scale (double sx, double sy, double cx, double cy)

virtual void	scale (double sx, double sy, const Point &c)

virtual void	rotate (double phi)

virtual void	rotate (double phi, double cx, double cy)

virtual void	rotate (double phi, const Point &c)

virtual void	skewx (double coeff)

virtual void	skewy (double coeff)

virtual void	skewx (double coeff, double cy)

virtual void	skewy (double coeff, double cx)

Miscellaneous.
virtual void	parse (cProperty *property)

virtual const char **	getAllowedPropertyKeys () const

virtual void	moveLocal (double dx, double dy)=0

virtual void	move (double dx, double dy)

virtual void	refreshDisplay ()

virtual const char *	getRendererClassName () const =0

Public Member Functions inherited from cOwnedObject
	cOwnedObject ()

	cOwnedObject (const char *name, bool namepooling=true)

	cOwnedObject (const cOwnedObject &obj)

virtual	~cOwnedObject ()

cOwnedObject &	operator= (const cOwnedObject &o)

virtual void	parsimPack (cCommBuffer *buffer) const override

virtual void	parsimUnpack (cCommBuffer *buffer) override

virtual cObject *	getOwner () const override

virtual bool	isOwnedObject () const override

Public Member Functions inherited from cNamedObject
	cNamedObject ()

	cNamedObject (const char *name, bool namepooling=true)

	cNamedObject (const cNamedObject &obj)

virtual	~cNamedObject ()

cNamedObject &	operator= (const cNamedObject &o)

virtual void	setName (const char *s)

virtual const char *	getName () const override

virtual void	setNamePooling (bool b)

virtual bool	getNamePooling ()

Public Member Functions inherited from cObject
	cObject ()

	cObject (const cObject &other)=default

virtual	~cObject ()

virtual const char *	getClassName () const

bool	isName (const char *s) const

virtual const char *	getFullName () const

virtual std::string	getFullPath () const

virtual std::string	getClassAndFullName () const

virtual std::string	getClassAndFullPath () const

const cObject *	getThisPtr () const

virtual std::ostream &	printOn (std::ostream &os) const

virtual bool	isSoftOwner () const

cObject *	findObject (const char *name, bool deep=true)

virtual cClassDescriptor *	getDescriptor () const

void	copyNotSupported () const

Predefined colors.
enum	FontStyle
	Font style constants: FONT_NONE, FONT_BOLD, etc. More...

enum	LineStyle
	Line style constants: LINE_SOLID, LINE_DOTTED, etc. More...

enum	CapStyle
	Line cap style constants: CAP_BUTT, CAP_SQUARE, etc. More...

enum	JoinStyle
	Line join style constants: JOIN_BEVEL, JOIN_MITER, etc. More...

enum	FillRule
	Fill rule constants: FILL_EVENODD, FILL_NONZERO. More...

enum	Arrowhead
	Arrowhead style constants: ARROW_NONE, ARROW_SIMPLE, etc. More...

enum	Interpolation
	Image interpolation mode constants: INTERPOLATION_NONE, INTERPOLATION_FAST, etc. More...

enum	Anchor
	Anchoring mode constants: ANCHOR_CENTER, ANCHOR_N, etc. More...

enum	Alignment
	Text alignment mode constants: ALIGN_LEFT, ALIGN_RIGHT, ALIGN_CENTER. More...

enum

static const Color	BLACK

static const Color	WHITE

static const Color	GREY

static const Color	RED

static const Color	GREEN

static const Color	BLUE

static const Color	YELLOW

static const Color	CYAN

static const Color	MAGENTA

static const int	NUM_GOOD_DARK_COLORS

static const int	NUM_GOOD_LIGHT_COLORS

static const Color	GOOD_DARK_COLORS [14]

static const Color	GOOD_LIGHT_COLORS [10]

virtual void	validatePropertyKeys (cProperty *property) const

virtual bool	isAllowedPropertyKey (const char *key) const

virtual cFigure *	getRootFigure () const

void	fireStructuralChange ()

void	fireTransformChange ()

void	fireGeometryChange ()

void	fireVisualChange ()

void	fireInputDataChange ()

virtual void	fire (uint8_t flags)

virtual void	hashTo (cHasher &hasher) const

static Point	parsePoint (cProperty property, const char key, int index)

static std::vector< Point >	parsePoints (cProperty property, const char key)

static Rectangle	parseBounds (cProperty *property, const Rectangle &defaults)

static Transform	parseTransform (cProperty property, const char key)

static Font	parseFont (cProperty property, const char key)

static Rectangle	computeBoundingBox (const Point &position, const Point &size, double ascent, Anchor anchor)

static void	concatArrays (const char dest, const char first, const char **second)

static Point	parsePoint (const char *s)

static Rectangle	parseRectangle (const char *s)

static Transform	parseTransform (const char *s)

static Font	parseFont (const char *s)

static Color	parseColor (const char *s)

static bool	parseBool (const char *s)

static LineStyle	parseLineStyle (const char *s)

static CapStyle	parseCapStyle (const char *s)

static JoinStyle	parseJoinStyle (const char *s)

static FillRule	parseFillRule (const char *s)

static Arrowhead	parseArrowhead (const char *s)

static Interpolation	parseInterpolation (const char *s)

static Anchor	parseAnchor (const char *s)

static Alignment	parseAlignment (const char *s)

virtual void	updateParentTransform (Transform &transform)

virtual void	callRefreshDisplay ()

uint8_t	getLocalChangeFlags () const

uint8_t	getSubtreeChangeFlags () const

void	clearChangeFlags ()

void	refreshTagBitsRec (cCanvas *ownerCanvas)

int64_t	getTagBits () const

void	setTagBits (uint64_t tagBits)

uint32_t	getHash () const

void	clearCachedHash ()

Additional Inherited Members
Static Public Member Functions inherited from cOwnedObject
static long	getTotalObjectCount ()

static long	getLiveObjectCount ()

static void	resetObjectCounters ()

static cSoftOwner *	getOwningContext ()

Protected Member Functions inherited from cObject
virtual void	take (cOwnedObject *obj)

virtual void	drop (cOwnedObject *obj)

void	dropAndDelete (cOwnedObject *obj)

Constructor & Destructor Documentation

◆ cFigure() [1/2]

cFigure ( const char * name = nullptr )

explicit

Constructor.

◆ cFigure() [2/2]

cFigure ( const cFigure & other )

inline

Copy constructor. Child figures and the figure ID are not copied.

◆ ~cFigure()

virtual ~cFigure ( )

virtual

Destructor

Member Function Documentation

◆ operator=()

cFigure& operator= ( const cFigure & other )

Assignment operator. It copies all data members except the object name, figure ID and child figures. (See cNamedObject::operator=() for details.)

◆ dup()

virtual cFigure* dup ( ) const

inlineoverridevirtual

Clones the figure, ignoring its child figures. (The copy will have no children.) To clone a figure together with its figure subtree, use dupTree().

Reimplemented from cObject.

Reimplemented in cPixmapFigure, cIconFigure, cImageFigure, cAbstractImageFigure, cLabelFigure, cTextFigure, cAbstractTextFigure, cPathFigure, cPolygonFigure, cPieSliceFigure, cRingFigure, cOvalFigure, cRectangleFigure, cAbstractShapeFigure, cPolylineFigure, cArcFigure, cLineFigure, cAbstractLineFigure, cPanelFigure, and cGroupFigure.

◆ forEachChild()

virtual void forEachChild ( cVisitor * v )

overridevirtual

Calls v->visit(this) on each child figure. See cObject for more details.

Reimplemented from cObject.

◆ str()

virtual std::string str ( ) const

overridevirtual

Returns a one-line string with the most characteristic data of the figure.

Reimplemented from cObject.

Reimplemented in cPixmapFigure, cImageFigure, cAbstractTextFigure, cPathFigure, cPolygonFigure, cPieSliceFigure, cRingFigure, cOvalFigure, cRectangleFigure, cAbstractShapeFigure, cPolylineFigure, cArcFigure, cLineFigure, cAbstractLineFigure, cPanelFigure, and cGroupFigure.

◆ getId()

int getId ( ) const

inline

Returns the unique ID of this figure object. This ID is mostly intended for internal use.

◆ isVisible()

virtual bool isVisible ( ) const

inlinevirtual

Returns the visibility flag of the figure.

◆ setVisible()

virtual void setVisible ( bool visible )

virtual

Sets the visibility flag of the figure. Setting the visibility flag to false will cause the whole figure subtree to be omitted from rendering.

◆ getTransform()

virtual const Transform& getTransform ( ) const

inlinevirtual

Returns the transform associated with this figure.

◆ setTransform()

virtual void setTransform ( const Transform & transform )

virtual

Sets the transform associated with this figure. The transform will affect the rendering of this figure and its whole figure subtree. The transform may also be modified with the various translate(), scale(), rotate(), skewx()/skewy() methods.

◆ resetTransform()

virtual void resetTransform ( )

inlinevirtual

Convenience method: sets the transformation to identity transform.

◆ getZIndex()

virtual double getZIndex ( ) const

inlinevirtual

Returns the Z-index of the figure.

See also: getEffectiveZIndex()

◆ setZIndex()

virtual void setZIndex ( double zIndex )

virtual

Sets the Z-index of the figure. The Z-index affects the stacking order of figures via the effective Z-index. The effective Z-index is computed as the sum of the Z-indices of this figure and its ancestors'. A figure with a greater effective Z-index is always in front of an element with a lower effective Z-index. For figures with the same effective Z-index, their relative order in the preorder traversal of the figure hierarchy defines the stacking order. (A later figure is in front of the earlier ones.)

◆ getEffectiveZIndex()

virtual double getEffectiveZIndex ( ) const

virtual

Returns the effective Z-index of the figure. The effective Z-index is computed as the sum of the Z-indices of this figure and its ancestors'. A figure with a greater effective Z-index is always in front of an element with a lower effective Z-index.

◆ getTooltip()

virtual const char* getTooltip ( ) const

inlinevirtual

Returns the tooltip of the figure, or nullptr if it does not have one.

◆ setTooltip()

virtual void setTooltip ( const char * tooltip )

virtual

Sets the tooltip of the figure. Pass nullptr to clear the tooltip. If nullptr is set, the effective tooltip will be inherited from the associated object if there is one (see getAssociatedObject()), or from the parent figure. Empty tooltips will not be shown.

◆ getAssociatedObject()

virtual cObject* getAssociatedObject ( ) const

inlinevirtual

Returns the simulation object associated with this figure, or nullptr if it does not have one. The GUI may use this function to provide a shortcut access to the specified object, e.g. select the object in an inspector when the user clicks the figure.

◆ setAssociatedObject()

virtual void setAssociatedObject ( cObject * obj )

virtual

Sets the simulation object associated with this figure. The user is responsible for ensuring that the pointer is valid (the corresponding object exists), and remains valid while it is associated with the figure.

◆ getTags()

virtual const char* getTags ( ) const

inlinevirtual

Returns the space-separated list of the tags associated with the figure. Tags may be used in the GUI displaying a canvas for implementing layers or other kind of filtering.

◆ setTags()

virtual void setTags ( const char * tags )

virtual

Sets the list of tags associated with the figure. This method accepts a space-separated list of tags. (Tags themselves may not contain spaces; underscores are recommended instead where needed.)

◆ getParentFigure()

virtual cFigure* getParentFigure ( ) const

inlinevirtual

Returns the parent figure of this figure, or nullptr if it has none.

◆ getCanvas()

virtual cCanvas* getCanvas ( ) const

virtual

Returns the canvas object to which this figure was added, or nullptr if there is no such canvas. Note that the runtime cost of this method is proportional to the depth of this figure in the figure tree.

◆ getNumFigures()

virtual int getNumFigures ( ) const

inlinevirtual

Returns the number of child figures.

Referenced by cCanvas::getNumFigures().

◆ getFigure() [1/2]

virtual cFigure* getFigure ( int pos ) const

virtual

Returns the kth figure in the child list. The index must be in the range 0..getNumFigures()-1. An out-of-bounds index will cause a runtime error.

Referenced by cCanvas::getFigure().

◆ getFigure() [2/2]

virtual cFigure* getFigure ( const char * name ) const

virtual

Returns the first child figure with the given name, or nullptr if there is no such figure.

◆ findFigure() [1/2]

virtual int findFigure ( const char * name ) const

virtual

Finds the first figure with the given name among the children of this figure, and returns its index. If there is no such figure, -1 is returned.

Referenced by cCanvas::findFigure().

◆ findFigure() [2/2]

virtual int findFigure ( const cFigure * figure ) const

virtual

Finds the given figure among the children of this figure, and returns its index. If it is not found, -1 is returned.

◆ containsFigures()

virtual bool containsFigures ( ) const

inlinevirtual

Returns true if this figure has child figures, and false otherwise.

Referenced by cCanvas::hasFigures().

◆ findFigureRecursively()

virtual cFigure* findFigureRecursively ( const char * name ) const

virtual

Find the first figure with the given name in this figure's subtree, including the figure itself. Returns nullptr if no such figure is found.

Referenced by cCanvas::findFigureRecursively().

◆ getFigureByPath()

virtual cFigure* getFigureByPath ( const char * path ) const

virtual

Finds a figure in the subtree, given by its absolute or relative path. The path is a string of figure names separated by dots; the special module name ^ (caret) stands for the parent figure. If the path starts with a dot or caret, it is understood as relative to this figure, otherwise it is taken to mean an absolute path (i.e. relative to the root figure, see getRootFigure()). Returns nullptr if the figure was not found.

Examples:

"." means this figure;
".icon" means the child figure name "icon";
".group.label" means the "label" child of the "group" child figure;
"^.icon" or ".^.icon" means the "icon" sibling of this figure;
"icon" means the "icon" child of the root figure

The above syntax is similar to the one used by cModule::getModuleByPath()

Referenced by cCanvas::getFigureByPath().

◆ addFigure() [1/2]

virtual void addFigure ( cFigure * figure )

virtual

Appends the given figure to the child list of this figure.

Referenced by cCanvas::addFigure().

◆ addFigure() [2/2]

virtual void addFigure	(	cFigure *	figure,
		int	pos
	)

virtual

Inserts the given figure into the child list of this figure at the given position. Note that relative order in the child list only affects stacking order if the respective figures have the same Z-index.

◆ removeFigure() [1/2]

virtual cFigure* removeFigure ( cFigure * figure )

virtual

Removes the given figure from the child list of this figure. An error is raised if the figure is not a child of this figure.

Prefer removeFromParent() to this method.

Referenced by cCanvas::removeFigure().

◆ removeFigure() [2/2]

virtual cFigure* removeFigure ( int pos )

virtual

Removes the kth figure from the child list of this figure. An error is raised if pos is not in the range 0..getNumFigures()-1.

Prefer removeFromParent() to this method.

◆ removeFromParent()

virtual cFigure* removeFromParent ( )

virtual

Removes this figure from the child list of its parent figure. It has no effect if the figure has no parent figure.

◆ isAbove()

virtual bool isAbove ( const cFigure * figure ) const

virtual

Returns true if this figure is above the given reference figure in stacking order, based on their Z-index values and their relative order in the parent's child list, and false if not. The method throws an error if the two figures are not under the same parent.

◆ isBelow()

virtual bool isBelow ( const cFigure * figure ) const

virtual

Returns true if this figure is below the given reference figure in stacking order, based on their Z-index values and their relative order in the parent's child list, and false if not. The method throws an error if the two figures are not under the same parent.

◆ insertAbove()

virtual void insertAbove ( cFigure * referenceFigure )

virtual

Inserts this figure under the same parent as the reference figure, guaranteeing that it will appear above the reference figure in stacking order. In order to achieve the latter, the Z-index of the figure is set to the Z-index of the reference figure if it was smaller. In case of equal Z-indices, the figure is inserted right after the reference figure. If the Z-index of the figure is already greater than that of the reference figure, nothing should be assumed about the insertion position.

See also: insertAfter()

◆ insertBelow()

virtual void insertBelow ( cFigure * referenceFigure )

virtual

Inserts this figure under the same parent as the reference figure, guaranteeing that it will appear below the reference figure in stacking order. In order to achieve the latter, the Z-index of the figure is set to the Z-index of the reference figure if it was greater. In case of equal Z-indices, the figure is inserted right before the reference figure. If the Z-index of the figure is already smaller than that of the reference figure, nothing should be assumed about the insertion position.

See also: insertBefore()

◆ insertAfter()

virtual void insertAfter ( const cFigure * referenceFigure )

virtual

Inserts this figure after the given reference figure in its parent's child list. BEWARE: Relative order in the child list only affects stacking order if the respective figures have the same Z-index.

◆ insertBefore()

virtual void insertBefore ( const cFigure * referenceFigure )

virtual

Inserts this figure in front of the given reference figure in its parent's child list. BEWARE: Relative order in the child list only affects stacking order if the respective figures have the same Z-index.

◆ raiseAbove()

virtual void raiseAbove ( cFigure * figure )

virtual

If this figure is below the given reference figure in stacking order, move it directly above. This is achieved by updating its Z-index if needed, and moving it in the parent's child list. An error is raised if the two figures do not share the same parent.

◆ lowerBelow()

virtual void lowerBelow ( cFigure * figure )

virtual

If this figure is above the given reference figure in stacking order, move it directly below. This is achieved by updating its Z-index if needed, and moving it in the parent's child list. An error is raised if the two figures do not share the same parent.

◆ raiseToTop()

virtual void raiseToTop ( )

virtual

Raise this figure above all other figures under the same parent. This is achieved by updating its Z-index if needed (setting it to be at least the maximum of the Z-indices of the other figures), and moving it in the parent's child list. It is an error if this figure has no parent.

◆ lowerToBottom()

virtual void lowerToBottom ( )

virtual

Lower this figure below all other figures under the same parent. This is achieved by updating its Z-index if needed (setting it to be at most the minimum of the Z-indices of the other figures), and moving it in the parent's child list. It is an error if this figure has no parent.

◆ dupTree()

virtual cFigure* dupTree ( ) const

virtual

Duplicate the figure subtree.

◆ parse()

virtual void parse ( cProperty * property )

virtual

This method is invoked by the simulation library to initialize the figure from a @figure NED property. Custom figure classes usually need to override this method (and call the super class' similar method in it).

Note: When overriding parse(), it is usually also necessary to override getAllowedPropertyKeys(), in order to allow new keys in the @figure property.

Reimplemented in cPixmapFigure, cImageFigure, cAbstractImageFigure, cLabelFigure, cAbstractTextFigure, cPathFigure, cPolygonFigure, cPieSliceFigure, cRingFigure, cOvalFigure, cRectangleFigure, cAbstractShapeFigure, cPolylineFigure, cArcFigure, cLineFigure, cAbstractLineFigure, and cPanelFigure.

◆ getAllowedPropertyKeys()

virtual const char** getAllowedPropertyKeys ( ) const

virtual

Returns the list of allowed keys in @figure properties with this figure type, in a nullptr-terminated array of const char* elements. This method is invoked e.g. from parse(), in order to be able to issue error messages for invalid keys in the property. Note that property keys starting with "x-" are already allowed by default. Custom figure classes usually need to override this method together with parse(); see the source code of the library classes for example implementations.

Reimplemented in cPixmapFigure, cImageFigure, cAbstractImageFigure, cLabelFigure, cAbstractTextFigure, cPathFigure, cPolygonFigure, cPieSliceFigure, cRingFigure, cOvalFigure, cRectangleFigure, cAbstractShapeFigure, cPolylineFigure, cArcFigure, cLineFigure, cAbstractLineFigure, and cPanelFigure.

◆ moveLocal()

virtual void moveLocal	(	double	dx,
		double	dy
	)

pure virtual

Change the figure's position by the given x and y deltas. Child figures will not be affected.

Implemented in cAbstractImageFigure, cAbstractTextFigure, cPathFigure, cPolygonFigure, cPieSliceFigure, cRingFigure, cOvalFigure, cRectangleFigure, cPolylineFigure, cArcFigure, cLineFigure, cPanelFigure, and cGroupFigure.

◆ move()

virtual void move	(	double	dx,
		double	dy
	)

virtual

Change the position of this figure and the figures in its subtree by the given x and y deltas. The implementation of this method calls moveLocal() on this figure, then move() recursively on child figures.

Reimplemented in cPanelFigure.

◆ refreshDisplay()

virtual void refreshDisplay ( )

inlinevirtual

This method is invoked by runtime GUIs on every display refresh, and can be overridden if the figure needs to be able to update its contents dynamically (self-refreshing figures.) The changes done inside this method should be restricted to this figure and its subfigure tree.

◆ getRendererClassName()

virtual const char* getRendererClassName ( ) const

pure virtual

Returns the name of the class responsible for rendering this figure. Renderer classes are specific to, and are usually implemented as part of, the graphical user interface library e.g. Qtenv.

Implemented in cPixmapFigure, cIconFigure, cImageFigure, cLabelFigure, cTextFigure, cPathFigure, cPolygonFigure, cPieSliceFigure, cRingFigure, cOvalFigure, cRectangleFigure, cPolylineFigure, cArcFigure, cLineFigure, cPanelFigure, and cGroupFigure.

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

ccanvas.h

	OMNeT++ API 6.1 Discrete Event Simulation Library

Description

Classes

Public Member Functions

Predefined colors.

Additional Inherited Members

Constructor & Destructor Documentation

◆ cFigure() [1/2]

◆ cFigure() [2/2]

◆ ~cFigure()

Member Function Documentation

◆ operator=()

◆ dup()

◆ forEachChild()

◆ str()

◆ getId()

◆ isVisible()

◆ setVisible()

◆ getTransform()

◆ setTransform()

◆ resetTransform()

◆ getZIndex()

◆ setZIndex()

◆ getEffectiveZIndex()

◆ getTooltip()

◆ setTooltip()

◆ getAssociatedObject()

◆ setAssociatedObject()

◆ getTags()

◆ setTags()

◆ getParentFigure()

◆ getCanvas()

◆ getNumFigures()

◆ getFigure() [1/2]

◆ getFigure() [2/2]

◆ findFigure() [1/2]

◆ findFigure() [2/2]

◆ containsFigures()

◆ findFigureRecursively()

◆ getFigureByPath()

◆ addFigure() [1/2]

◆ addFigure() [2/2]

◆ removeFigure() [1/2]

◆ removeFigure() [2/2]

◆ removeFromParent()

◆ isAbove()

◆ isBelow()

◆ insertAbove()

◆ insertBelow()

◆ insertAfter()

◆ insertBefore()

◆ raiseAbove()

◆ lowerBelow()

◆ raiseToTop()

◆ lowerToBottom()

◆ dupTree()

◆ parse()

◆ getAllowedPropertyKeys()

◆ moveLocal()

◆ move()

◆ refreshDisplay()

◆ getRendererClassName()