C-planarity test by Cohen, Feng and Eades.
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#include <ogdf/cluster/CconnectClusterPlanar.h>
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void | constructWheelGraph (ClusterGraph &C, Graph &G, cluster &parent, PlanarPQTree *T, EdgeArray< node > &outgoingTable) |
| Constructs the replacement wheel graphs.
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bool | doTest (Graph &G, NodeArray< int > &numbering, const cluster cl, node superSink, EdgeArray< edge > &edgeTable) |
| Performs a planarity test on a biconnected component.
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bool | planarityTest (ClusterGraph &C, const cluster act, Graph &G) |
| Recursive planarity test for clustered graph induced by act .
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bool | preparation (Graph &G, const cluster C, node superSink) |
| Prepares the planarity test for one cluster.
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void | prepareParallelEdges (Graph &G) |
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bool | preProcess (ClusterGraph &C, Graph &G) |
| Preprocessing that initializes data structures, used in call.
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C-planarity test by Cohen, Feng and Eades.
Definition at line 45 of file CconnectClusterPlanar.h.
◆ PlanarPQTree
◆ ErrorCode
◆ CconnectClusterPlanar()
ogdf::CconnectClusterPlanar::CconnectClusterPlanar |
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◆ ~CconnectClusterPlanar()
virtual ogdf::CconnectClusterPlanar::~CconnectClusterPlanar |
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inlinevirtual |
◆ call()
Tests if a cluster graph is c-planar.
◆ constructWheelGraph()
Constructs the replacement wheel graphs.
◆ doTest()
Performs a planarity test on a biconnected component.
◆ errCode()
ErrorCode ogdf::CconnectClusterPlanar::errCode |
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◆ planarityTest()
Recursive planarity test for clustered graph induced by act
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◆ preparation()
Prepares the planarity test for one cluster.
◆ prepareParallelEdges()
void ogdf::CconnectClusterPlanar::prepareParallelEdges |
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Graph & |
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◆ preProcess()
Preprocessing that initializes data structures, used in call.
◆ m_clusterPQTree
◆ m_errorCode
ErrorCode ogdf::CconnectClusterPlanar::m_errorCode |
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◆ m_isParallel
◆ m_parallelCount
int ogdf::CconnectClusterPlanar::m_parallelCount |
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◆ m_parallelEdges
The documentation for this class was generated from the following file: