Namespaces
	internal
	all operators will only be found when `using sync_plan::internal`, so no namespace pollution

	preprocess
	Preprocessing functions for handling certain trivially (non)planar ClusterGraph configurations.

	spqr_utils

Classes
class	BiconnectedIsolation
	Hides all (edges leading to) adjacent biconnected components without changing the current embedding. More...

class	DoublePipeQueue
	Base class for PipeQueues providing a "priority lane" for some pipes and sorting with different functions in both lanes/queues. More...

class	NodeSPQRRotation
	Derive embedding trees from an DynamicSPQRForest. Warning: breaks on certain parallel edge configurations! More...

class	NodeSSPQRRotation
	Derive embedding trees from Triconnectivity information. More...

struct	Pipe
	A pair of matched vertices of the same degree, whose rotation shall be synchronized. More...

struct	PipeCmpPtr
	A null-safe and priority aware comparator (wrapper) for pipes. More...

struct	PipeQueue
	A queue of all pipes, ordered by an arbitrary comparator function. More...

struct	PipeQueueByDegree
	PipeQueue yielding pipes in order of descending or ascending degree. More...

struct	PipeQueueByDegreePreferContract
	PipeQueue yielding contractable pipes first (or last), in order of descending (or ascending) degree. More...

struct	PipeQueueRandom
	PipeQueue yielding pipes in some random (but stable and deterministic) order. More...

class	PMatching
	Manages the matching of P-nodes via pipes in an instance of SyncPlan. More...

class	QPartitioning
	Manages the partitioning of Q-nodes in an instance of SyncPlan. More...

class	SimplePipeQueue
	PipeQueue CRTP base class for ordering pipes by some simple comparator function. More...

struct	SimpleSPQRTree
	Wrapper class around Triconnectivity information. More...

class	SyncPlan
	A class for modelling and solving Synchronized Planarity instances. More...

class	SyncPlanComponents
	(Bi)Connected components information maintained during the SyncPlan algorithm. More...

class	SyncPlanConsistency
	Consistency checks for debugging the SyncPlan algorithm. More...

class	SyncPlanDrawer
	Utilities by dumping a drawing of the current state of a SyncPlan instance. More...

Typedefs
using	FrozenPipeBij = List< FrozenPipeBijPair >

using	FrozenPipeBijPair = std::pair< int, int >

template<typename Value , bool WithDefault = true>
using	PartitionArray = RegisteredArray< QPartitioning, Value, WithDefault >
	RegisteredArray for labeling the partitions in a QPartitioning with an arbitrary `Value`. More...

template<typename Value >
using	PartitionArrayP = PartitionArray< std::unique_ptr< Value >, false >
	Shorthand for PartitionArray storing std::unique_ptr<Value>. More...

using	PipeBij = List< PipeBijPair >

using	PipeBijIterator = ZipIterator< ogdf::internal::GraphObjectContainer< AdjElement >::iterator, ogdf::internal::GraphObjectContainer< AdjElement >::reverse_iterator >

using	PipeBijPair = std::pair< adjEntry, adjEntry >

using	PipeBijRange = Range< PipeBijIterator >

Enumerations
enum	Operation { Operation::ENCAPSULATE_CONTRACT, Operation::CONTRACT_BICON, Operation::PROPAGATE_CUT, Operation::PROPAGATE_BICON, Operation::SIMPLIFY_TERMINAL, Operation::SIMPLIFY_TRANSITIVE, Operation::SIMPLIFY_TOROIDAL, Operation::BATCH_SPQR }
	The reduction operations (and their distinct cases) implemented by SyncPlan. More...

enum	PipeType { PipeType::BlockBlock, PipeType::BlockCut, PipeType::CutCut }

Functions
bool	canPreprocessClusterGraph (const ogdf::ClusterGraph &C, const ogdf::Graph &G)
	Check whether preprocessing would modify a graph. More...

std::unique_ptr< std::pair< GraphCopy, GraphAttributes > >	drawClusterGraph (ClusterGraph &CG, GraphAttributes &GA, PlanarGridLayoutModule &layout, adjEntry adjExternal=nullptr)
	Draw a graph using a given planar layout by turning its cluster borders into edges via planarizeClusterBorderCrossings() More...

void	formatNode (node n, GraphAttributes *ga, int group)
	Simple util for apply a default style to nodes, including a group-based coloring. More...

void	freezePipeBijection (const PipeBij &in, FrozenPipeBij &out)

void	getFrozenPipeBijection (node u, node v, FrozenPipeBij &out)

PipeBijRange	getPipeBijection (node u, node v)

void	getPipeBijection (node u, node v, AdjEntryArray< adjEntry > &out)

void	getPipeBijection (node u, node v, EdgeArray< edge > &out)

void	getPipeBijection (node u, node v, PipeBij &out)

void	join (Graph &G, node u, node v, sync_plan::PipeBij &bij, const std::function< void(node)> &deleteNode, const std::function< void(edge)> &deleteEdge, List< bool > *reverse_v=nullptr)

void	join (Graph &G, node u, node v, sync_plan::PipeBij &bij, List< bool > *reverse_v=nullptr)

	OGDF_DECLARE_COMPARER (FrozenPipeBijCmp, FrozenPipeBijPair, int, x.first)

	OGDF_DECLARE_COMPARER (PipeBijCmp, PipeBijPair, int, x.first->theEdge() ->index())

std::ostream &	operator<< (std::ostream &os, Operation op)

bool	preprocessClusterGraph (ogdf::ClusterGraph &C, ogdf::Graph &G)
	Preprocess a ClusterGraph to remove trivially c-planar parts or isolate a trivially non-c-planar subgraph. More...

std::pair< node, node >	split (Graph &G, sync_plan::PipeBij &bij, const EdgeArray< edge > new_edges=nullptr, const EdgeArray< bool > reverse_edges=nullptr, node src=nullptr, node tgt=nullptr)

void	styleClusterBorder (const ClusterGraph &CG, const EdgeArray< List< std::pair< adjEntry, cluster >>> &subdivisions, GraphAttributes &GA, const std::function< edge(edge)> &translate=[](edge e) -> edge { return e;})
	Properly style a cluster border inserted by planarizeClusterBorderCrossings() More...

Typedef Documentation

◆ FrozenPipeBij

using ogdf::sync_plan::FrozenPipeBij = typedef List<FrozenPipeBijPair>

Definition at line 51 of file Bijection.h.

◆ FrozenPipeBijPair

using ogdf::sync_plan::FrozenPipeBijPair = typedef std::pair<int, int>

Definition at line 49 of file Bijection.h.

◆ PartitionArray

template<typename Value , bool WithDefault = true>

using ogdf::sync_plan::PartitionArray = typedef RegisteredArray<QPartitioning, Value , WithDefault >

RegisteredArray for labeling the partitions in a QPartitioning with an arbitrary Value.

Definition at line 42 of file QPartitioning.h.

◆ PartitionArrayP

template<typename Value >

using ogdf::sync_plan::PartitionArrayP = typedef PartitionArray <std::unique_ptr<Value>, false>

Shorthand for PartitionArray storing std::unique_ptr<Value>.

You may need to explicitly delete the copy constructor of classes containing a member of this type for MSVC<=16 (e.g. using OGDF_NO_COPY(MyClass)).

Definition at line 42 of file QPartitioning.h.

◆ PipeBij

using ogdf::sync_plan::PipeBij = typedef List<PipeBijPair>

Definition at line 50 of file Bijection.h.

◆ PipeBijIterator

using ogdf::sync_plan::PipeBijIterator = typedef ZipIterator<ogdf::internal::GraphObjectContainer<AdjElement>::iterator, ogdf::internal::GraphObjectContainer<AdjElement>::reverse_iterator>

Definition at line 46 of file Bijection.h.

◆ PipeBijPair

using ogdf::sync_plan::PipeBijPair = typedef std::pair<adjEntry, adjEntry>

Definition at line 48 of file Bijection.h.

◆ PipeBijRange

using ogdf::sync_plan::PipeBijRange = typedef Range<PipeBijIterator>

Definition at line 47 of file Bijection.h.

Enumeration Type Documentation

◆ Operation

enum ogdf::sync_plan::Operation

strong

The reduction operations (and their distinct cases) implemented by SyncPlan.

Enumerator
ENCAPSULATE_CONTRACT
CONTRACT_BICON
PROPAGATE_CUT
PROPAGATE_BICON
SIMPLIFY_TERMINAL
SIMPLIFY_TRANSITIVE
SIMPLIFY_TOROIDAL
BATCH_SPQR

Definition at line 99 of file SyncPlan.h.

◆ PipeType

enum ogdf::sync_plan::PipeType

strong

Enumerator
BlockBlock
BlockCut
CutCut

Definition at line 44 of file PMatching.h.

Function Documentation

◆ canPreprocessClusterGraph()

bool ogdf::sync_plan::canPreprocessClusterGraph	(	const ogdf::ClusterGraph &	C,
		const ogdf::Graph &	G
	)

Check whether preprocessing would modify a graph.

◆ drawClusterGraph()

std::unique_ptr<std::pair<GraphCopy, GraphAttributes> > ogdf::sync_plan::drawClusterGraph	(	ClusterGraph &	CG,
		GraphAttributes &	GA,
		PlanarGridLayoutModule &	layout,
		adjEntry	adjExternal = `nullptr`
	)

Draw a graph using a given planar layout by turning its cluster borders into edges via planarizeClusterBorderCrossings()

◆ formatNode()

void ogdf::sync_plan::formatNode	(	node	n,
		GraphAttributes *	ga,
		int	group
	)

Simple util for apply a default style to nodes, including a group-based coloring.

◆ freezePipeBijection()

void ogdf::sync_plan::freezePipeBijection	(	const PipeBij &	in,
		FrozenPipeBij &	out
	)

◆ getFrozenPipeBijection()

void ogdf::sync_plan::getFrozenPipeBijection	(	node	u,
		node	v,
		FrozenPipeBij &	out
	)

◆ getPipeBijection() [1/4]

PipeBijRange ogdf::sync_plan::getPipeBijection	(	node	u,
		node	v
	)

◆ getPipeBijection() [2/4]

void ogdf::sync_plan::getPipeBijection	(	node	u,
		node	v,
		AdjEntryArray< adjEntry > &	out
	)

◆ getPipeBijection() [3/4]

void ogdf::sync_plan::getPipeBijection	(	node	u,
		node	v,
		EdgeArray< edge > &	out
	)

◆ getPipeBijection() [4/4]

void ogdf::sync_plan::getPipeBijection	(	node	u,
		node	v,
		PipeBij &	out
	)

◆ join() [1/2]

void ogdf::sync_plan::join	(	Graph &	G,
		node	u,
		node	v,
		sync_plan::PipeBij &	bij,
		const std::function< void(node)> &	deleteNode,
		const std::function< void(edge)> &	deleteEdge,
		List< bool > *	reverse_v = `nullptr`
	)

◆ join() [2/2]

void ogdf::sync_plan::join	(	Graph &	G,
		node	u,
		node	v,
		sync_plan::PipeBij &	bij,
		List< bool > *	reverse_v = `nullptr`
	)

◆ OGDF_DECLARE_COMPARER() [1/2]

ogdf::sync_plan::OGDF_DECLARE_COMPARER	(	FrozenPipeBijCmp	,
		FrozenPipeBijPair	,
		int	,
		x.	first
	)

◆ OGDF_DECLARE_COMPARER() [2/2]

ogdf::sync_plan::OGDF_DECLARE_COMPARER	(	PipeBijCmp	,
		PipeBijPair	,
		int	,
		x.first->	theEdge) ->index(
	)

◆ operator<<()

std::ostream& ogdf::sync_plan::operator<<	(	std::ostream &	os,
		Operation	op
	)

◆ preprocessClusterGraph()

bool ogdf::sync_plan::preprocessClusterGraph	(	ogdf::ClusterGraph &	C,
		ogdf::Graph &	G
	)

Preprocess a ClusterGraph to remove trivially c-planar parts or isolate a trivially non-c-planar subgraph.

◆ split()

std::pair<node, node> ogdf::sync_plan::split	(	Graph &	G,
		sync_plan::PipeBij &	bij,
		const EdgeArray< edge > *	new_edges = `nullptr`,
		const EdgeArray< bool > *	reverse_edges = `nullptr`,
		node	src = `nullptr`,
		node	tgt = `nullptr`
	)

◆ styleClusterBorder()

void ogdf::sync_plan::styleClusterBorder	(	const ClusterGraph &	CG,
		const EdgeArray< List< std::pair< adjEntry, cluster >>> &	subdivisions,
		GraphAttributes &	GA,
		const std::function< edge(edge)> &	translate = `[](edge e) -> edge { return e;}`
	)

Properly style a cluster border inserted by planarizeClusterBorderCrossings()

OpenGraph DrawingFramework

Namespaces

Classes

Typedefs

Enumerations

Functions