#include <ogdf/uml/UMLGraph.h>

Inheritance diagram for ogdf::UMLGraph:

Classes
class	AssociationClass
	Modelling of association classes. More...

Public Member Functions
	UMLGraph ()

	UMLGraph (Graph &G, long initAttributes=0)
	By default, all edges are associations.

virtual	~UMLGraph ()
	Destructor.

void	adjustHierarchyParents ()
	Adjusts the parent field for all nodes after insertion of mergers. If insertion is done per node via doinsert, adjust has to be called afterwards. Otherwise, insertgenmergers calls it.

const AssociationClass *	assClass (edge e) const

const SListPure< AssociationClass * > &	assClassList () const

node	createAssociationClass (edge e, double width=1.0, double height=1.0)
	Adds association class to edge e.

virtual void	init (const Graph &G, long initAttr) override
	Initializes the graph attributes for graph `G`.

virtual void	init (Graph &G, long initAttr)

node	modelAssociationClass (AssociationClass *ac)

void	modelAssociationClasses ()
	Inserts representation for association class in underlying graph.

void	setUpwards (adjEntry a, bool b)
	Sets status of edges to be specially embedded (if alignment)

void	undoAssociationClass (AssociationClass *ac)
	Removes the modeling of the association class without removing the information.

void	undoAssociationClasses ()

bool	upwards (adjEntry a) const

void	writeGML (const char *fileName)
	Writes attributed graph in GML format to file fileName.

void	writeGML (std::ostream &os)
	Writes attributed graph in GML format to output stream os.

Structural changes
void	insertGenMergers ()
	Merges generalizations at a common superclass.

node	doInsertMergers (node v, SList< edge > &inGens)
	Inserts mergers per node with given edges.

void	undoGenMergers ()

Public Member Functions inherited from ogdf::GraphAttributes
	GraphAttributes ()
	Constructs graph attributes for no associated graph (default constructor).

	GraphAttributes (const Graph &G, long attr=nodeGraphics\|edgeGraphics)
	Constructs graph attributes associated with the graph `G`.

	GraphAttributes (const GraphAttributes &)=default
	Copy constructor.

GraphAttributes &	operator= (const GraphAttributes &)=default
	Copy assignment operator.

virtual	~GraphAttributes ()

long	attributes () const
	Returns currently accessible attributes.

bool	has (long attr) const
	Returns true iff all attributes in `attr` are available.

void	init (long attr)
	Re-initializes the graph attributes while maintaining the associated graph.

void	addAttributes (long attr)
	Enables attributes specified by `attr` and allocates required memory.

void	destroyAttributes (long attr)
	Disables attributes specified by `attr` and releases available memory.

const Graph &	constGraph () const
	Returns a reference to the associated graph.

bool	directed () const
	Returns if the graph is directed.

bool &	directed ()
	Returns if the graph is directed.

double	x (node v) const
	Returns the x-coordinate of node `v`.

double &	x (node v)
	Returns the x-coordinate of node `v`.

double	y (node v) const
	Returns the y-coordinate of node `v`.

double &	y (node v)
	Returns the y-coordinate of node `v`.

double	z (node v) const
	Returns the z-coordinate of node `v`.

double &	z (node v)
	Returns the z-coordinate of node `v`.

double	xLabel (node v) const
	Returns the label x-coordinate of node `v`.

double &	xLabel (node v)
	Returns the label x-coordinate of node `v`.

double	yLabel (node v) const
	Returns the label y-coordinate of node `v`.

double &	yLabel (node v)
	Returns the label y-coordinate of node `v`.

double	zLabel (node v) const
	Returns the label z-coordinate of node `v`.

double &	zLabel (node v)
	Returns the label z-coordinate of node `v`.

double	width (node v) const
	Returns the width of the bounding box of node `v`.

double &	width (node v)
	Returns the width of the bounding box of node `v`.

const NodeArray< double > &	width () const
	Returns a reference to the node array m_width.

NodeArray< double > &	width ()
	Returns a reference to the node array #m_width.

double	height (node v) const
	Returns the height of the bounding box of node `v`.

double &	height (node v)
	Returns the height of the bounding box of node `v`.

const NodeArray< double > &	height () const
	Returns a reference to the node array m_height.

NodeArray< double > &	height ()
	Returns a reference to the node array m_height.

Shape	shape (node v) const
	Returns the shape type of node `v`.

Shape &	shape (node v)
	Returns the shape type of node `v`.

StrokeType	strokeType (node v) const
	Returns the stroke type of node `v`.

StrokeType &	strokeType (node v)
	Returns the stroke type of node `v`.

const Color &	strokeColor (node v) const
	Returns the stroke color of node `v`.

Color &	strokeColor (node v)
	Returns the stroke color of node `v`.

float	strokeWidth (node v) const
	Returns the stroke width of node `v`.

float &	strokeWidth (node v)
	Returns the stroke width of node `v`.

FillPattern	fillPattern (node v) const
	Returns the fill pattern of node `v`.

FillPattern &	fillPattern (node v)
	Returns the fill pattern of node `v`.

const Color &	fillColor (node v) const
	Returns the fill color of node `v`.

Color &	fillColor (node v)
	Returns the fill color of node `v`.

const Color &	fillBgColor (node v) const
	Returns the background color of fill patterns for node `v`.

Color &	fillBgColor (node v)
	Returns the background color of fill patterns for node `v`.

const string &	label (node v) const
	Returns the label of node `v`.

string &	label (node v)
	Returns the label of node `v`.

const string &	templateNode (node v) const
	Returns the template name of node `v`.

string &	templateNode (node v)
	Returns the template name of node `v`.

int	weight (node v) const
	Returns the weight of node `v`.

int &	weight (node v)
	Returns the weight of node `v`.

Graph::NodeType	type (node v) const
	Returns the type of node `v`.

Graph::NodeType &	type (node v)
	Returns the type of node `v`.

int	idNode (node v) const
	Returns the user ID of node `v`.

int &	idNode (node v)
	Returns the user ID of node `v`.

const DPolyline &	bends (edge e) const
	Returns the list of bend points of edge `e`.

DPolyline &	bends (edge e)
	Returns the list of bend points of edge `e`.

EdgeArrow	arrowType (edge e) const
	Returns the arrow type of edge `e`.

EdgeArrow &	arrowType (edge e)
	Returns the arrow type of edge `e`.

StrokeType	strokeType (edge e) const
	Returns the stroke type of edge `e`.

StrokeType &	strokeType (edge e)
	Returns the stroke type of edge `e`.

const Color &	strokeColor (edge e) const
	Returns the stroke color of edge `e`.

Color &	strokeColor (edge e)
	Returns the stroke color of edge `e`.

float	strokeWidth (edge e) const
	Returns the stroke width of edge `e`.

float &	strokeWidth (edge e)
	Returns the stroke width of edge `e`.

const string &	label (edge e) const
	Returns the label of edge `e`.

string &	label (edge e)
	Returns the label of edge `e`.

int	intWeight (edge e) const
	Returns the (integer) weight of edge `e`.

int &	intWeight (edge e)
	Returns the (integer) weight of edge `e`.

double	doubleWeight (edge e) const
	Returns the (real number) weight of edge `e`.

double &	doubleWeight (edge e)
	Returns the (real number) weight of edge `e`.

Graph::EdgeType	type (edge e) const
	Returns the type of edge `e`.

Graph::EdgeType &	type (edge e)
	Returns the type of edge `e`.

uint32_t	subGraphBits (edge e) const
	Returns the edgesubgraph value of an edge `e`.

uint32_t &	subGraphBits (edge e)
	Returns the edgesubgraph value of an edge `e`.

bool	inSubGraph (edge e, int n) const
	Checks whether edge `e` belongs to basic graph `n`.

void	addSubGraph (edge e, int n)
	Adds edge `e` to basic graph `n`.

void	removeSubGraph (edge e, int n)
	Removes edge `e` from basic graph `n`.

virtual void	scale (double sx, double sy, bool scaleNodes=true)
	Scales the layout by (`sx`,`sy`).

virtual void	scale (double s, bool scaleNodes=true)
	Scales the layout by `s`.

virtual void	translate (double dx, double dy)
	Translates the layout by (`dx`,`dy`).

virtual void	translateToNonNeg ()
	Translates the layout such that the lower left corner is at (0,0).

virtual void	flipVertical ()
	Flips the layout vertically within its bounding box.

virtual void	flipVertical (const DRect &box)
	Flips the (whole) layout vertically such that the part in `box` remains in this area.

virtual void	flipHorizontal ()
	Flips the layout horizontally within its bounding box.

virtual void	flipHorizontal (const DRect &box)
	Flips the (whole) layout horizontally such that the part in `box` remains in this area.

virtual void	scaleAndTranslate (double sx, double sy, double dx, double dy, bool scaleNodes=true)
	Scales the layout by (`sx`,`sy`) and then translates it by (`dx`,`dy`).

virtual void	scaleAndTranslate (double s, double dx, double dy, bool scaleNodes=true)
	Scales the layout by `s` and then translates it by (`dx`,`dy`).

virtual void	rotateRight90 ()
	Rotates the layout by 90 degree (in clockwise direction) around the origin.

virtual void	rotateLeft90 ()
	Rotates the layout by 90 degree (in counter-clockwise direction) around the origin.

template<typename T >
bool	isUniformForNodes (NodeAttributeGetter< T > attribute) const
	Checks whether a certain attribute has the same value for all nodes.

template<typename T >
bool	isUniformForEdges (EdgeAttributeGetter< T > attribute) const
	Checks whether a certain attribute has the same value for all edges.

bool	isUniform (long attributes) const
	Check whether all of the attributes associated with the bitflags in `attributes` (that are also enabled for this ogdf::GraphAttributes instance) are uniform, i.e.

DPoint	point (node v) const
	Returns a DPoint corresponding to the x- and y-coordinates of `v`.

void	transferToOriginal (GraphAttributes &origAttr) const
	Copies attributes of this to `origAttr`.

void	transferToCopy (GraphAttributes &copyAttr) const
	Copies attributes of this to `copyAttr`.

virtual DRect	boundingBox () const
	Returns the bounding box of the graph.

template<class Rectangle = DRect>
void	nodeBoundingBoxes (NodeArray< Rectangle > &boundingBoxes) const
	Computes the bounding rectangle for each node.

void	setAllWidth (double w)
	Sets the width of all nodes to `w`.

void	setAllHeight (double h)
	Sets the height of all nodes to `h`.

void	clearAllBends ()
	Removes all edge bends.

void	removeUnnecessaryBendsHV ()
	Removes unnecessary bend points in orthogonal segements.

void	addNodeCenter2Bends (int mode=1)
	Adds additional bend points to all edges for connecting their endpoints.

bool	isAssociationClass (node v) const
	Returns true iff `v` represents an association class.

int	hierarchyList (List< List< node > * > &list) const
	Returns a list of all inheritance hierarchies in the graph.

int	hierarchyList (List< List< edge > * > &list) const
	Returns a list of all inheritance hierarchies in the graph.

Private Attributes
EdgeArray< AssociationClass * >	m_assClass
	association class for list

SListPure< AssociationClass * >	m_assClassList
	saves all accociation classes

EdgeArray< node >	m_associationClassModel
	modelled classes are stored

Graph::HiddenEdgeSet *	m_hiddenEdges

SListPure< edge >	m_mergeEdges

Graph *	m_pG

Only set and updated in insertgenmergers
AdjEntryArray< bool >	m_upwardEdge
	used to classify edges for embedding with alignment

NodeArray< node >	m_hierarchyParent
	used to derive edge types for alignment in PlanRepUML (same hierarchyparent => edge connects (half)brothers; only set during insertgenmergers to avoid the extra computation)

Cliques
double	m_cliqueCenterSize
	default size of inserted clique replacement center nodes

SListPure< node >	m_centerNodes
	center nodes introduced at clique replacement

EdgeArray< bool >	m_replacementEdge
	used to mark clique replacement edges

NodeArray< DRect >	m_cliqueCircleSize
	save the bounding box size of the circular drawing of the clique at center

NodeArray< DPoint >	m_cliqueCirclePos
	save the position of the node in the circular drawing of the clique

void	replaceByStar (List< List< node > > &cliques)
	Replaces (dense) subgraphs given in list clique by inserting a center node connected to each node (=>star) and deleting all edges between nodes in clique returns center node.

void	undoStars ()
	Undo clique replacements.

void	undoStar (node center, bool restoreAllEdges)
	Boolean switches restore of all hidden edges in single clique call.

DRect	cliqueRect (node v)
	Returns the size of a circular drawing for a clique around center v.

DPoint	cliquePos (node v)

void	computeCliquePosition (List< node > &adjNodes, node center, double rectMin=-1.0)
	Compute positions for the nodes in adjNodes on a circle.

const SListPure< node > &	centerNodes ()

void	setDefaultCliqueCenterSize (double i)
	Default size of inserted clique replacement center nodes.

double	getDefaultCliqueCenterSize ()

bool	isReplacement (edge e)
	Returns true if edge was inserted during clique replacement.

node	replaceByStar (List< node > &clique, NodeArray< int > &cliqueNum)

DRect	circularBound (node center)

Additional Inherited Members
Public Types inherited from ogdf::GraphAttributes
template<typename T >
using	NodeAttributeGetter = T(GraphAttributes::*)(node) const
	type of node attribute getter functions

template<typename T >
using	EdgeAttributeGetter = T(GraphAttributes::*)(edge) const
	type of edge attribute getter functions

Static Public Attributes inherited from ogdf::GraphAttributes
static const long	nodeGraphics
	Corresponds to node attributes x(node), y(node), width(node), height(node), and shape(node).

static const long	edgeGraphics
	Corresponds to edge attribute bends(edge).

static const long	edgeIntWeight
	Corresponds to edge attribute intWeight(edge).

static const long	edgeDoubleWeight
	Corresponds to edge attribute doubleWeight(edge).

static const long	edgeLabel
	Corresponds to edge attribute label(edge).

static const long	nodeLabel
	Corresponds to node attribute label(node).

static const long	edgeType
	Corresponds to edge attribute type(edge).

static const long	nodeType
	Corresponds to node attribute type(node).

static const long	nodeId
	Corresponds to node attribute idNode(node).

static const long	edgeArrow
	Corresponds to edge attribute arrowType(edge).

static const long	edgeStyle
	Corresponds to edge attributes strokeColor(edge), strokeType(edge), and strokeWidth(edge).

static const long	nodeStyle
	Corresponds to node attributes strokeColor(node), strokeType(node), strokeWidth(node), fillPattern(node), fillColor(node), and fillBgColor(node).

static const long	nodeTemplate
	Corresponds to node attribute templateNode(node).

static const long	edgeSubGraphs
	Corresponds to edge attributes modified by addSubGraph(edge, int), inSubGraph(edge, int) const, and removeSubGraph(edge, int).

static const long	nodeWeight
	Corresponds to node attribute weight(node).

static const long	threeD
	Corresponds to node attribute z(node). Note that all methods work on 2D coordinates only.

static const long	nodeLabelPosition
	Corresponds to node attributes xLabel(node), yLabel(node), and zLabel(node).

static const long	all
	Enables all available flags.

Protected Attributes inherited from ogdf::GraphAttributes
long	m_attributes
	bit vector of currently used attributes

EdgeArray< DPolyline >	m_bends
	list of bend points of an edge

bool	m_directed
	whether or not the graph is directed

EdgeArray< double >	m_doubleWeight
	(real number) weight of an edge

EdgeArray< EdgeArrow >	m_edgeArrow
	arrow type of an edge

EdgeArray< string >	m_edgeLabel
	label of an edge

EdgeArray< Stroke >	m_edgeStroke
	stroke of an edge

EdgeArray< Graph::EdgeType >	m_eType
	type of an edge (association or generalization)

NodeArray< double >	m_height
	height of a nodes's bounding box

EdgeArray< int >	m_intWeight
	(integer) weight of an edge

NodeArray< Fill >	m_nodeFill
	fill of a node

NodeArray< int >	m_nodeId
	user ID of a node

NodeArray< int >	m_nodeIntWeight
	(integer) weight of a node

NodeArray< string >	m_nodeLabel
	label of a node

NodeArray< double >	m_nodeLabelPosX
	x-coordinate of a node label

NodeArray< double >	m_nodeLabelPosY
	y-coordinate of a node label

NodeArray< double >	m_nodeLabelPosZ
	z-coordinate of a node label

NodeArray< Shape >	m_nodeShape
	shape of a node

NodeArray< Stroke >	m_nodeStroke
	stroke of a node

NodeArray< string >	m_nodeTemplate
	name of template of a node

const Graph *	m_pGraph
	associated graph

EdgeArray< uint32_t >	m_subGraph
	is element of subgraphs given by bitvector

NodeArray< Graph::NodeType >	m_vType
	type (vertex, dummy, generalizationMerger)

NodeArray< double >	m_width
	width of a node's bounding box

NodeArray< double >	m_x
	x-coordinate of a node

NodeArray< double >	m_y
	y-coordinate of a node

NodeArray< double >	m_z
	z-coordinate of a node

Detailed Description

Definition at line 40 of file UMLGraph.h.

Constructor & Destructor Documentation

◆ UMLGraph() [1/2]

ogdf::UMLGraph::UMLGraph ( )

inline

Definition at line 45 of file UMLGraph.h.

◆ UMLGraph() [2/2]

ogdf::UMLGraph::UMLGraph	(	Graph &	G,
		long	initAttributes = `0`
	)

explicit

By default, all edges are associations.

◆ ~UMLGraph()

virtual ogdf::UMLGraph::~UMLGraph ( )

virtual

Destructor.

Member Function Documentation

◆ adjustHierarchyParents()

void ogdf::UMLGraph::adjustHierarchyParents ( )

Adjusts the parent field for all nodes after insertion of mergers. If insertion is done per node via doinsert, adjust has to be called afterwards. Otherwise, insertgenmergers calls it.

◆ assClass()

const AssociationClass * ogdf::UMLGraph::assClass ( edge e ) const

inline

Definition at line 189 of file UMLGraph.h.

◆ assClassList()

const SListPure< AssociationClass * > & ogdf::UMLGraph::assClassList ( ) const

inline

Definition at line 187 of file UMLGraph.h.

◆ centerNodes()

const SListPure< node > & ogdf::UMLGraph::centerNodes ( )

inline

Definition at line 125 of file UMLGraph.h.

◆ circularBound()

DRect ogdf::UMLGraph::circularBound ( node center )

protected

◆ cliquePos()

DPoint ogdf::UMLGraph::cliquePos ( node v )

inline

Definition at line 105 of file UMLGraph.h.

◆ cliqueRect()

DRect ogdf::UMLGraph::cliqueRect ( node v )

inline

Returns the size of a circular drawing for a clique around center v.

Definition at line 103 of file UMLGraph.h.

◆ computeCliquePosition()

void ogdf::UMLGraph::computeCliquePosition	(	List< node > &	adjNodes,
		node	center,
		double	rectMin = `-1.0`
	)

Compute positions for the nodes in adjNodes on a circle.

Tries to keep the relative placement of the nodes in the clique rectangle (left, right,...) to avoid clique crossings of outgoing edges

◆ createAssociationClass()

node ogdf::UMLGraph::createAssociationClass	(	edge	e,
		double	width = `1.0`,
		double	height = `1.0`
	)

inline

Adds association class to edge e.

Definition at line 192 of file UMLGraph.h.

◆ doInsertMergers()

node ogdf::UMLGraph::doInsertMergers	(	node	v,
		SList< edge > &	inGens
	)

Inserts mergers per node with given edges.

◆ getDefaultCliqueCenterSize()

double ogdf::UMLGraph::getDefaultCliqueCenterSize ( )

inline

Definition at line 130 of file UMLGraph.h.

◆ init() [1/2]

virtual void ogdf::UMLGraph::init	(	const Graph &	G,
		long	attr
	)

inlineoverridevirtual

Initializes the graph attributes for graph G.

Parameters

G	is the new associated graph.
attr	specifies the set of attributes that can be accessed.

Warning: All attributes that were allocated before are destroyed by this function! If you wish to extend the set of allocated attributes, use addAttributes.

Reimplemented from ogdf::GraphAttributes.

Definition at line 74 of file UMLGraph.h.

◆ init() [2/2]

virtual void ogdf::UMLGraph::init	(	Graph &	G,
		long	initAttr
	)

inlinevirtual

Parameters

G	is the new associated graph.
initAttr	specifies the set of attributes that can be accessed.

Warning: All attributes that were allocated before are destroyed by this function! If you wish to extend the set of allocated attributes, use initAttributes().

Definition at line 64 of file UMLGraph.h.

◆ insertGenMergers()

void ogdf::UMLGraph::insertGenMergers ( )

Merges generalizations at a common superclass.

◆ isReplacement()

bool ogdf::UMLGraph::isReplacement ( edge e )

inline

Returns true if edge was inserted during clique replacement.

Definition at line 133 of file UMLGraph.h.

◆ modelAssociationClass()

node ogdf::UMLGraph::modelAssociationClass ( AssociationClass * ac )

inline

Definition at line 222 of file UMLGraph.h.

◆ modelAssociationClasses()

void ogdf::UMLGraph::modelAssociationClasses ( )

inline

Inserts representation for association class in underlying graph.

Definition at line 214 of file UMLGraph.h.

◆ replaceByStar() [1/2]

void ogdf::UMLGraph::replaceByStar ( List< List< node > > & cliques )

Replaces (dense) subgraphs given in list clique by inserting a center node connected to each node (=>star) and deleting all edges between nodes in clique returns center node.

◆ replaceByStar() [2/2]

node ogdf::UMLGraph::replaceByStar	(	List< node > &	clique,
		NodeArray< int > &	cliqueNum
	)

protected

◆ setDefaultCliqueCenterSize()

void ogdf::UMLGraph::setDefaultCliqueCenterSize ( double i )

inline

Default size of inserted clique replacement center nodes.

Definition at line 128 of file UMLGraph.h.

◆ setUpwards()

void ogdf::UMLGraph::setUpwards	(	adjEntry	a,
		bool	b
	)

inline

Sets status of edges to be specially embedded (if alignment)

Definition at line 150 of file UMLGraph.h.

◆ undoAssociationClass()

void ogdf::UMLGraph::undoAssociationClass ( AssociationClass * ac )

inline

Removes the modeling of the association class without removing the information.

Definition at line 242 of file UMLGraph.h.

◆ undoAssociationClasses()

void ogdf::UMLGraph::undoAssociationClasses ( )

inline

Definition at line 233 of file UMLGraph.h.

◆ undoGenMergers()

void ogdf::UMLGraph::undoGenMergers ( )

◆ undoStar()

void ogdf::UMLGraph::undoStar	(	node	center,
		bool	restoreAllEdges
	)

Boolean switches restore of all hidden edges in single clique call.

◆ undoStars()

void ogdf::UMLGraph::undoStars ( )

Undo clique replacements.

◆ upwards()

bool ogdf::UMLGraph::upwards ( adjEntry a ) const

inline

Definition at line 152 of file UMLGraph.h.

◆ writeGML() [1/2]

void ogdf::UMLGraph::writeGML ( const char * fileName )

Writes attributed graph in GML format to file fileName.

◆ writeGML() [2/2]

void ogdf::UMLGraph::writeGML ( std::ostream & os )

Writes attributed graph in GML format to output stream os.

Member Data Documentation

◆ m_assClass

EdgeArray<AssociationClass*> ogdf::UMLGraph::m_assClass

private

association class for list

Definition at line 311 of file UMLGraph.h.

◆ m_assClassList

SListPure<AssociationClass*> ogdf::UMLGraph::m_assClassList

private

saves all accociation classes

Definition at line 310 of file UMLGraph.h.

◆ m_associationClassModel

EdgeArray<node> ogdf::UMLGraph::m_associationClassModel

private

modelled classes are stored

Definition at line 312 of file UMLGraph.h.

◆ m_centerNodes

SListPure<node> ogdf::UMLGraph::m_centerNodes

private

center nodes introduced at clique replacement

Definition at line 296 of file UMLGraph.h.

◆ m_cliqueCenterSize

double ogdf::UMLGraph::m_cliqueCenterSize

private

default size of inserted clique replacement center nodes

Definition at line 295 of file UMLGraph.h.

◆ m_cliqueCirclePos

NodeArray<DPoint> ogdf::UMLGraph::m_cliqueCirclePos

private

save the position of the node in the circular drawing of the clique

Definition at line 303 of file UMLGraph.h.

◆ m_cliqueCircleSize

NodeArray<DRect> ogdf::UMLGraph::m_cliqueCircleSize

private

save the bounding box size of the circular drawing of the clique at center

Definition at line 301 of file UMLGraph.h.

◆ m_hiddenEdges

Graph::HiddenEdgeSet* ogdf::UMLGraph::m_hiddenEdges

private

Definition at line 327 of file UMLGraph.h.

◆ m_hierarchyParent

NodeArray<node> ogdf::UMLGraph::m_hierarchyParent

private

used to derive edge types for alignment in PlanRepUML (same hierarchyparent => edge connects (half)brothers; only set during insertgenmergers to avoid the extra computation)

Definition at line 323 of file UMLGraph.h.

◆ m_mergeEdges

SListPure<edge> ogdf::UMLGraph::m_mergeEdges

private

Definition at line 307 of file UMLGraph.h.

◆ m_pG

Graph* ogdf::UMLGraph::m_pG

private

Definition at line 280 of file UMLGraph.h.

◆ m_replacementEdge

EdgeArray<bool> ogdf::UMLGraph::m_replacementEdge

private

used to mark clique replacement edges

Definition at line 299 of file UMLGraph.h.

◆ m_upwardEdge

AdjEntryArray<bool> ogdf::UMLGraph::m_upwardEdge

private

used to classify edges for embedding with alignment

Definition at line 318 of file UMLGraph.h.

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

include/ogdf/uml/UMLGraph.h

OpenGraph DrawingFramework

Classes

Public Member Functions

Private Attributes

Cliques

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ UMLGraph() [1/2]

◆ UMLGraph() [2/2]

◆ ~UMLGraph()

Member Function Documentation

◆ adjustHierarchyParents()

◆ assClass()

◆ assClassList()

◆ centerNodes()

◆ circularBound()

◆ cliquePos()

◆ cliqueRect()

◆ computeCliquePosition()

◆ createAssociationClass()

◆ doInsertMergers()

◆ getDefaultCliqueCenterSize()

◆ init() [1/2]

◆ init() [2/2]

◆ insertGenMergers()

◆ isReplacement()

◆ modelAssociationClass()

◆ modelAssociationClasses()

◆ replaceByStar() [1/2]

◆ replaceByStar() [2/2]

◆ setDefaultCliqueCenterSize()

◆ setUpwards()

◆ undoAssociationClass()

◆ undoAssociationClasses()

◆ undoGenMergers()

◆ undoStar()

◆ undoStars()

◆ upwards()

◆ writeGML() [1/2]

◆ writeGML() [2/2]

Member Data Documentation

◆ m_assClass

◆ m_assClassList

◆ m_associationClassModel

◆ m_centerNodes

◆ m_cliqueCenterSize

◆ m_cliqueCirclePos

◆ m_cliqueCircleSize

◆ m_hiddenEdges

◆ m_hierarchyParent

◆ m_mergeEdges

◆ m_pG

◆ m_replacementEdge

◆ m_upwardEdge

Open
Graph Drawing
Framework