#include <NumericProperty.h>

Inheritance diagram for tlp::NumericProperty:

Collaboration diagram for tlp::NumericProperty:

Public Member Functions
virtual NumericProperty *	copyProperty (Graph *graph)=0

virtual void	edgesUniformQuantification (unsigned int)=0

virtual double	getEdgeDoubleDefaultValue () const =0

virtual double	getEdgeDoubleMax (const Graph *graph=NULL)=0

virtual double	getEdgeDoubleMin (const Graph *graph=NULL)=0

virtual double	getEdgeDoubleValue (const edge e) const =0

virtual double	getNodeDoubleDefaultValue () const =0

virtual double	getNodeDoubleMax (const Graph *graph=NULL)=0

virtual double	getNodeDoubleMin (const Graph *graph=NULL)=0

virtual double	getNodeDoubleValue (const node n) const =0

virtual Iterator< edge > *	getSortedEdges (const Graph *sg=NULL, bool ascendingOrder=true)

virtual Iterator< edge > *	getSortedEdgesByExtremitiesValues (const Graph *sg=NULL, bool ascendingOrder=true)

virtual Iterator< edge > *	getSortedEdgesBySourceValue (const Graph *sg=NULL, bool ascendingOrder=true)

virtual Iterator< edge > *	getSortedEdgesByTargetValue (const Graph *sg=NULL, bool ascendingOrder=true)

virtual Iterator< node > *	getSortedNodes (const Graph *sg=NULL, bool ascendingOrder=true)

virtual void	nodesUniformQuantification (unsigned int)=0

void	uniformQuantification (unsigned int k)

Public Member Functions inherited from tlp::PropertyInterface
virtual PropertyInterface *	clonePrototype (Graph *graph, const std::string &name) const =0

virtual int	compare (const node n1, const node n2) const =0

virtual int	compare (const edge e1, const edge e2) const =0

virtual void	computeMetaValue (node metaNode, const Graph subgraph, const Graph metaGraph)=0

virtual void	computeMetaValue (edge metaEdge, tlp::Iterator< edge > it, const Graph metaGraph)=0

virtual bool	copy (const node destination, const node source, PropertyInterface *property, bool ifNotDefault=false)=0

virtual bool	copy (const edge destination, const edge source, PropertyInterface *property, bool ifNotDefault=false)=0

virtual void	copy (PropertyInterface *source)=0

virtual unsigned int	edgeValueSize () const =0

virtual void	erase (const node)=0

virtual void	erase (const edge)=0

virtual DataMem *	getEdgeDataMemValue (const edge e) const =0

virtual DataMem *	getEdgeDefaultDataMemValue () const =0

virtual std::string	getEdgeDefaultStringValue () const =0

virtual std::string	getEdgeStringValue (const edge e) const =0

tlp::Graph *	getGraph () const

MetaValueCalculator *	getMetaValueCalculator ()

const std::string &	getName () const

virtual DataMem *	getNodeDataMemValue (const node n) const =0

virtual DataMem *	getNodeDefaultDataMemValue () const =0

virtual std::string	getNodeDefaultStringValue () const =0

virtual std::string	getNodeStringValue (const node n) const =0

virtual DataMem *	getNonDefaultDataMemValue (const node n) const =0

virtual DataMem *	getNonDefaultDataMemValue (const edge e) const =0

virtual tlp::Iterator< edge > *	getNonDefaultValuatedEdges (const Graph *=NULL) const =0

virtual tlp::Iterator< node > *	getNonDefaultValuatedNodes (const Graph *=NULL) const =0

virtual const std::string &	getTypename () const =0

virtual unsigned int	nodeValueSize () const =0

virtual unsigned int	numberOfNonDefaultValuatedEdges (const Graph *=NULL) const =0

virtual unsigned int	numberOfNonDefaultValuatedNodes (const Graph *=NULL) const =0

virtual bool	readEdgeDefaultValue (std::istream &)=0

virtual bool	readEdgeValue (std::istream &, edge)=0

virtual bool	readNodeDefaultValue (std::istream &)=0

virtual bool	readNodeValue (std::istream &, node)=0

bool	rename (const std::string &newName)

virtual void	setAllEdgeDataMemValue (const DataMem *v)=0

virtual bool	setAllEdgeStringValue (const std::string &value, const Graph *graph=NULL)=0

virtual void	setAllNodeDataMemValue (const DataMem *value)=0

virtual bool	setAllNodeStringValue (const std::string &value, const Graph *graph=NULL)=0

virtual void	setEdgeDataMemValue (const edge e, const DataMem *v)=0

virtual bool	setEdgeStringValue (const edge e, const std::string &value)=0

virtual void	setMetaValueCalculator (MetaValueCalculator *calculator)

virtual void	setNodeDataMemValue (const node n, const DataMem *value)=0

virtual bool	setNodeStringValue (const node n, const std::string &value)=0

virtual void	writeEdgeDefaultValue (std::ostream &) const =0

virtual void	writeEdgeValue (std::ostream &, edge) const =0

virtual void	writeNodeDefaultValue (std::ostream &) const =0

virtual void	writeNodeValue (std::ostream &, node) const =0

Public Member Functions inherited from tlp::Observable
void	addListener (Observable *const listener) const

void	addObserver (Observable *const observer) const

unsigned int	countListeners () const

unsigned int	countObservers () const

unsigned int	getReceived () const

unsigned int	getSent () const

void	removeListener (Observable *const listener) const

void	removeObserver (Observable *const observerver) const

Additional Inherited Members
Static Public Member Functions inherited from tlp::Observable
static tlp::node	getNode (const tlp::Observable *obs)

static Observable *	getObject (tlp::node n)

static const tlp::VectorGraph &	getObservableGraph ()

static unsigned int	getScheduled (tlp::node n)

static void	holdObservers ()

static bool	isAlive (tlp::node n)

static unsigned int	observersHoldCounter ()

static void	unholdObservers ()

Protected Member Functions inherited from tlp::PropertyInterface
void	notifyAfterSetAllEdgeValue ()

void	notifyAfterSetAllNodeValue ()

void	notifyAfterSetEdgeValue (const edge e)

void	notifyAfterSetNodeValue (const node n)

void	notifyBeforeSetAllEdgeValue ()

void	notifyBeforeSetAllNodeValue ()

void	notifyBeforeSetEdgeValue (const edge e)

void	notifyBeforeSetNodeValue (const node n)

void	notifyDestroy ()

void	notifyRename (const std::string &newName)

Protected Member Functions inherited from tlp::Observable
	Observable (const Observable &)

tlp::Iterator< tlp::Observable * > *	getObservables () const

bool	hasOnlookers () const

void	notifyObservers ()

void	observableDeleted ()

Observable &	operator= (const Observable &)

void	sendEvent (const Event &message)

virtual void	treatEvent (const Event &message)

virtual void	treatEvents (const std::vector< Event > &events)

Protected Attributes inherited from tlp::PropertyInterface
Graph *	graph

MetaValueCalculator *	metaValueCalculator

std::string	name

Detailed Description

Interface all numerical properties. Property values are always returned as double.

Definition at line 31 of file NumericProperty.h.

Member Function Documentation

virtual NumericProperty* tlp::NumericProperty::copyProperty ( Graph * graph )

pure virtual

Creates a property of the same type (e.g. tlp::DoubleProperty) The new property will be a copy of this property's values for all the elements of the graph.

Parameters

graph The Graph in which to create the new property.

Returns: The newly created property.

virtual void tlp::NumericProperty::edgesUniformQuantification ( unsigned int )

pure virtual

computes a uniform quantification for the edges associated values

virtual double tlp::NumericProperty::getEdgeDoubleDefaultValue ( ) const

pure virtual

Gets the default edge value of the property.

Returns: The default value of edges.

virtual double tlp::NumericProperty::getEdgeDoubleMax ( const Graph * graph = NULL )

pure virtual

Gets the maximum value on the edges.

Parameters

graph The graph on which to compute.

Returns: The maximal value on this graph for this property.

virtual double tlp::NumericProperty::getEdgeDoubleMin ( const Graph * graph = NULL )

pure virtual

Gets the minimum value on the edges.

Parameters

graph The graph on which to compute.

Returns: The minimal value on this graph for this property.

virtual double tlp::NumericProperty::getEdgeDoubleValue ( const edge e ) const

pure virtual

Returns the value associated with the edge e in this property.

Parameters

e	The edge for which we want to get the value of the property.

virtual double tlp::NumericProperty::getNodeDoubleDefaultValue ( ) const

pure virtual

Gets the default node value of the property.

Returns: The default value of nodes.

virtual double tlp::NumericProperty::getNodeDoubleMax ( const Graph * graph = NULL )

pure virtual

Gets the maximum value on the nodes.

Parameters

graph The graph on which to compute.

Returns: The maximal value on this graph for this property.

virtual double tlp::NumericProperty::getNodeDoubleMin ( const Graph * graph = NULL )

pure virtual

Gets the minimum value on the nodes.

Parameters

graph The graph on which to compute.

Returns: The minimal value on this graph for this property.

virtual double tlp::NumericProperty::getNodeDoubleValue ( const node n ) const

pure virtual

Returns the value associated with the node n in this property.

Parameters

n	The node for which we want to get the value of the property.

virtual Iterator<edge>* tlp::NumericProperty::getSortedEdges	(	const Graph *	sg = `NULL`,
		bool	ascendingOrder = `true`
	)

virtual

Gets an iterator sorting edges according to their values in that numeric property.

Since: Tulip 4.8

Parameters

sg	If provided, returns an iterator on the subset of edges defined by that subgraph.
ascendingOrder	defines the sort ordering (ascending or descending).

Returns: An iterator over graph edges.

virtual Iterator<edge>* tlp::NumericProperty::getSortedEdgesByExtremitiesValues	(	const Graph *	sg = `NULL`,
		bool	ascendingOrder = `true`
	)

virtual

Gets an iterator sorting edges according to the values of their extremities in that numeric property. Vectors of two numbers (first element being the source node value, second one the target node value) are compared in that case.

Since: Tulip 4.8

Parameters

sg	If provided, returns an iterator on the subset of edges defined by that subgraph.
ascendingOrder	defines the sort ordering (ascending or descending).

Returns: An iterator over graph edges.

virtual Iterator<edge>* tlp::NumericProperty::getSortedEdgesBySourceValue	(	const Graph *	sg = `NULL`,
		bool	ascendingOrder = `true`
	)

virtual

Gets an iterator sorting edges according to the values of their source nodes in that numeric property.

Since: Tulip 4.8

Parameters

sg	If provided, returns an iterator on the subset of edges defined by that subgraph.
ascendingOrder	defines the sort ordering (ascending or descending).

Returns: An iterator over graph edges.

virtual Iterator<edge>* tlp::NumericProperty::getSortedEdgesByTargetValue	(	const Graph *	sg = `NULL`,
		bool	ascendingOrder = `true`
	)

virtual

Gets an iterator sorting edges according to the values of their target nodes in that numeric property.

Since: Tulip 4.8

Parameters

sg	If provided, returns an iterator on the subset of edges defined by that subgraph.
ascendingOrder	defines the sort ordering (ascending or descending).

Returns: An iterator over graph edges.

virtual Iterator<node>* tlp::NumericProperty::getSortedNodes	(	const Graph *	sg = `NULL`,
		bool	ascendingOrder = `true`
	)

virtual

Gets an iterator sorting nodes according to their values in that numeric property.

Since: Tulip 4.8

Parameters

sg	If provided, returns an iterator on the subset of nodes defined by that subgraph.

Returns: An iterator over graph nodes.

virtual void tlp::NumericProperty::nodesUniformQuantification ( unsigned int )

pure virtual

computes a uniform quantification for the nodes associated values

void tlp::NumericProperty::uniformQuantification ( unsigned int k )

inline

computes a uniform quantification for the nodes/edges associated values

Definition at line 101 of file NumericProperty.h.

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation