doc/ogdf/_extract_kuratowskis_8h_source.html

#pragma once


#include <ogdf/planarity/boyer_myrvold/BoyerMyrvoldPlanar.h>

#include <ogdf/planarity/boyer_myrvold/FindKuratowskis.h>


namespace ogdf {


class OGDF_EXPORT KuratowskiWrapper {

public:

    KuratowskiWrapper() { }


    inline bool isK33() const { return subdivisionType != SubdivisionType::E5; }


    inline bool isK5() const { return subdivisionType == SubdivisionType::E5; }


    enum class SubdivisionType {

        A = 0,

        AB = 1,

        AC = 2,

        AD = 3,

        AE1 = 4,

        AE2 = 5,

        AE3 = 6,

        AE4 = 7,

        B = 8,

        C = 9,

        D = 10,

        E1 = 11,

        E2 = 12,

        E3 = 13,

        E4 = 14,

        E5 = 15

    };


    SubdivisionType subdivisionType;


    node V;


    SListPure<edge> edgeList;

};


OGDF_EXPORT std::ostream& operator<<(std::ostream& os, const KuratowskiWrapper::SubdivisionType& obj);


class ExtractKuratowskis {

public:

    explicit ExtractKuratowskis(BoyerMyrvoldPlanar& bm);


    ~ExtractKuratowskis() { }


    void extract(const SListPure<KuratowskiStructure>& allKuratowskis,

            SList<KuratowskiWrapper>& output);


    void extractBundles(const SListPure<KuratowskiStructure>& allKuratowskis,

            SList<KuratowskiWrapper>& output);


    enum class KuratowskiType {

        none = 0,

        K33 = 1,

        K5 = 2

    };


    static KuratowskiType whichKuratowski(const Graph& m_g, const NodeArray<int>& dfi,

            const SListPure<edge>& list);


    static KuratowskiType whichKuratowskiArray(const Graph& g,

#if 0

            const NodeArray<int>& m_dfi,

#endif

            EdgeArray<int>& edgenumber);


    static bool isANewKuratowski(const Graph& g, const SListPure<edge>& kuratowski,

            const SList<KuratowskiWrapper>& output);


    static bool isANewKuratowski(

#if 0

            const Graph& g,

#endif

            const EdgeArray<int>& test, const SList<KuratowskiWrapper>& output);


    // avoid automatic creation of assignment operator

    ExtractKuratowskis& operator=(const ExtractKuratowskis&);


protected:

    BoyerMyrvoldPlanar& BMP;


    const Graph& m_g;


    int m_embeddingGrade;

    const bool m_avoidE2Minors;


    int m_nodeMarker;

    NodeArray<int> m_wasHere;


    const NodeArray<int>& m_dfi;


    const Array<node>& m_nodeFromDFI;


    const NodeArray<adjEntry>& m_adjParent;


    inline void addExternalFacePath(SListPure<edge>& list, const SListPure<adjEntry>& externPath) {

        SListConstIterator<adjEntry> itExtern;

        for (itExtern = externPath.begin(); itExtern.valid(); ++itExtern) {

            list.pushBack((*itExtern)->theEdge());

        }

    }


    inline adjEntry adjToLowestNodeBelow(node high, int low);


    inline void addDFSPath(SListPure<edge>& list, node bottom, node top);


    inline void addDFSPathReverse(SListPure<edge>& list, node bottom, node top);


    inline void truncateEdgelist(SListPure<edge>& list1, const SListPure<edge>& list2);


    void extractMinorA(SList<KuratowskiWrapper>& output, const KuratowskiStructure& k,

#if 0

            const WInfo& info,

#endif

            const SListPure<edge>& pathX, const node endnodeX, const SListPure<edge>& pathY,

            const node endnodeY, const SListPure<edge>& pathW);

    void extractMinorB(SList<KuratowskiWrapper>& output,

            //NodeArray<int>& nodeflags,

            //const int nodemarker,

            const KuratowskiStructure& k, const WInfo& info, const SListPure<edge>& pathX,

            const node endnodeX, const SListPure<edge>& pathY, const node endnodeY,

            const SListPure<edge>& pathW);

    void extractMinorBBundles(SList<KuratowskiWrapper>& output, NodeArray<int>& nodeflags,

            const int nodemarker, const KuratowskiStructure& k, EdgeArray<int>& flags,

            const WInfo& info, const SListPure<edge>& pathX, const node endnodeX,

            const SListPure<edge>& pathY, const node endnodeY, const SListPure<edge>& pathW);

    void extractMinorC(SList<KuratowskiWrapper>& output, const KuratowskiStructure& k,

            const WInfo& info, const SListPure<edge>& pathX, const node endnodeX,

            const SListPure<edge>& pathY, const node endnodeY, const SListPure<edge>& pathW);

    void extractMinorD(SList<KuratowskiWrapper>& output, const KuratowskiStructure& k,

            const WInfo& info, const SListPure<edge>& pathX, const node endnodeX,

            const SListPure<edge>& pathY, const node endnodeY, const SListPure<edge>& pathW);

    void extractMinorE(SList<KuratowskiWrapper>& output, bool firstXPath, bool firstPath,

            bool firstWPath, bool firstWOnHighestXY, const KuratowskiStructure& k,

            const WInfo& info, const SListPure<edge>& pathX, const node endnodeX,

            const SListPure<edge>& pathY, const node endnodeY, const SListPure<edge>& pathW);

    void extractMinorEBundles(SList<KuratowskiWrapper>& output, bool firstXPath, bool firstPath,

            bool firstWPath, bool firstWOnHighestXY, NodeArray<int>& nodeflags,

            const int nodemarker, const KuratowskiStructure& k, EdgeArray<int>& flags,

            const WInfo& info, const SListPure<edge>& pathX, const node endnodeX,

            const SListPure<edge>& pathY, const node endnodeY, const SListPure<edge>& pathW);


    inline bool isMinorE1(int before, bool firstXPath, bool firstYPath) const {

        return (before == -1 && firstXPath) || (before == 1 && firstYPath);

    }


    void extractMinorE1(SList<KuratowskiWrapper>& output, int before,

#if 0

            const node z,

#endif

            const node px, const node py, const KuratowskiStructure& k, const WInfo& info,

            const SListPure<edge>& pathX, const node endnodeX, const SListPure<edge>& pathY,

            const node endnodeY, const SListPure<edge>& pathW, const SListPure<edge>& pathZ,

            const node endnodeZ);


    inline bool checkMinorE2(bool firstWPath, bool firstWOnHighestXY) const {

        return !m_avoidE2Minors && firstWPath && firstWOnHighestXY;

    }


    inline bool isMinorE2(const node endnodeX, const node endnodeY, const node endnodeZ) const {

        return m_dfi[endnodeZ] > m_dfi[endnodeX] && m_dfi[endnodeZ] > m_dfi[endnodeY];

    }


    void extractMinorE2(SList<KuratowskiWrapper>& output,

#if 0

            int before,

            const node z,

            const node px,

            const node py,

#endif

            const KuratowskiStructure& k, const WInfo& info, const SListPure<edge>& pathX,

            const node endnodeX, const SListPure<edge>& pathY, const node endnodeY,

#if 0

            const SListPure<edge>& pathW,

#endif

            const SListPure<edge>& pathZ

#if 0

            , const node endnodeZ

#endif

    );


    inline bool isMinorE3(const node endnodeX, const node endnodeY, const node endnodeZ) const {

        return endnodeX != endnodeY

                && (m_dfi[endnodeX] > m_dfi[endnodeZ] || m_dfi[endnodeY] > m_dfi[endnodeZ]);

    }


    void extractMinorE3(SList<KuratowskiWrapper>& output, int before, const node z, const node px,

            const node py, const KuratowskiStructure& k, const WInfo& info,

            const SListPure<edge>& pathX, const node endnodeX, const SListPure<edge>& pathY,

            const node endnodeY, const SListPure<edge>& pathW, const SListPure<edge>& pathZ,

            const node endnodeZ);


    inline bool isMinorE4(const node px, const node py, const KuratowskiStructure& k,

            const WInfo& info) const {

        return (px != k.stopX && !info.pxAboveStopX) || (py != k.stopY && !info.pyAboveStopY);

    }


    void extractMinorE4(SList<KuratowskiWrapper>& output, int before, const node z, const node px,

            const node py, const KuratowskiStructure& k, const WInfo& info,

            const SListPure<edge>& pathX, const node endnodeX, const SListPure<edge>& pathY,

            const node endnodeY, const SListPure<edge>& pathW, const SListPure<edge>& pathZ,

            const node endnodeZ);


    inline bool isMinorE5(const node px, const node py, const KuratowskiStructure& k,

            const node endnodeX, const node endnodeY, const node endnodeZ) const {

        return px == k.stopX && py == k.stopY && k.V == k.RReal

                && ((endnodeX == endnodeY && m_dfi[endnodeZ] <= m_dfi[endnodeX])

                        || (endnodeX == endnodeZ && m_dfi[endnodeY] <= m_dfi[endnodeX])

                        || (endnodeY == endnodeZ && m_dfi[endnodeX] <= m_dfi[endnodeY]));

    }


    void extractMinorE5(SList<KuratowskiWrapper>& output,

#if 0

            int before,

            const node z,

            const node px,

            const node py,

#endif

            const KuratowskiStructure& k, const WInfo& info, const SListPure<edge>& pathX,

            const node endnodeX, const SListPure<edge>& pathY, const node endnodeY,

            const SListPure<edge>& pathW, const SListPure<edge>& pathZ, const node endnodeZ);

};


}

BoyerMyrvoldPlanar.h
Declaration of the class BoyerMyrvoldPlanar.

FindKuratowskis.h
Declaration of the class FindKuratowskis.

ogdf::AdjElement
Class for adjacency list elements.
Definition Graph_d.h:79

ogdf::Array
The parameterized class Array implements dynamic arrays of type E.
Definition Array.h:214

ogdf::BoyerMyrvoldPlanar
This class implements the extended BoyerMyrvold planarity embedding algorithm.
Definition BoyerMyrvoldPlanar.h:62

ogdf::EdgeArray
Dynamic arrays indexed with edges.
Definition EdgeArray.h:125

ogdf::ExtractKuratowskis
Extracts multiple Kuratowski Subdivisions.
Definition ExtractKuratowskis.h:89

ogdf::ExtractKuratowskis::extractMinorA
void extractMinorA(SList< KuratowskiWrapper > &output, const KuratowskiStructure &k, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW)
Extracts minortype A and adds it to list output.

ogdf::ExtractKuratowskis::extractMinorEBundles
void extractMinorEBundles(SList< KuratowskiWrapper > &output, bool firstXPath, bool firstPath, bool firstWPath, bool firstWOnHighestXY, NodeArray< int > &nodeflags, const int nodemarker, const KuratowskiStructure &k, EdgeArray< int > &flags, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW)
Extracts minortype E and adds it to list output (bundles)

ogdf::ExtractKuratowskis::m_embeddingGrade
int m_embeddingGrade
Some parameters, see BoyerMyrvold for further instructions.
Definition ExtractKuratowskis.h:160

ogdf::ExtractKuratowskis::extractMinorE1
void extractMinorE1(SList< KuratowskiWrapper > &output, int before, const node px, const node py, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW, const SListPure< edge > &pathZ, const node endnodeZ)
Extracts minorsubtype E1 and adds it to list output.

ogdf::ExtractKuratowskis::addDFSPathReverse
void addDFSPathReverse(SListPure< edge > &list, node bottom, node top)
Adds DFS-path from node top to node bottom to list.

ogdf::ExtractKuratowskis::isMinorE3
bool isMinorE3(const node endnodeX, const node endnodeY, const node endnodeZ) const
Checks for minortype E3.
Definition ExtractKuratowskis.h:287

ogdf::ExtractKuratowskis::m_nodeFromDFI
const Array< node > & m_nodeFromDFI
Returns appropriate node from given DFI.
Definition ExtractKuratowskis.h:175

ogdf::ExtractKuratowskis::extract
void extract(const SListPure< KuratowskiStructure > &allKuratowskis, SList< KuratowskiWrapper > &output)
Extracts all Kuratowski Subdivisions and adds them to output (without bundles)

ogdf::ExtractKuratowskis::BMP
BoyerMyrvoldPlanar & BMP
Link to class BoyerMyrvoldPlanar.
Definition ExtractKuratowskis.h:154

ogdf::ExtractKuratowskis::extractMinorBBundles
void extractMinorBBundles(SList< KuratowskiWrapper > &output, NodeArray< int > &nodeflags, const int nodemarker, const KuratowskiStructure &k, EdgeArray< int > &flags, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW)
Extracts minortype B and adds it to list output (with bundles)

ogdf::ExtractKuratowskis::isMinorE4
bool isMinorE4(const node px, const node py, const KuratowskiStructure &k, const WInfo &info) const
Checks for minortype E4.
Definition ExtractKuratowskis.h:300

ogdf::ExtractKuratowskis::operator=
ExtractKuratowskis & operator=(const ExtractKuratowskis &)
Assignment operator is undefined!

ogdf::ExtractKuratowskis::KuratowskiType
KuratowskiType
Enumeration over Kuratowski Type none, K33, K5.
Definition ExtractKuratowskis.h:106

ogdf::ExtractKuratowskis::KuratowskiType::K5
@ K5
a K5 subdivision exists

ogdf::ExtractKuratowskis::KuratowskiType::none
@ none
no kuratowski subdivision exists

ogdf::ExtractKuratowskis::KuratowskiType::K33
@ K33
a K3,3 subdivision exists

ogdf::ExtractKuratowskis::isANewKuratowski
static bool isANewKuratowski(const Graph &g, const SListPure< edge > &kuratowski, const SList< KuratowskiWrapper > &output)
Returns true, iff the Kuratowski is not already contained in output.

ogdf::ExtractKuratowskis::extractMinorB
void extractMinorB(SList< KuratowskiWrapper > &output, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW)
Extracts minortype B and adds it to list output (no bundles)

ogdf::ExtractKuratowskis::adjToLowestNodeBelow
adjEntry adjToLowestNodeBelow(node high, int low)
Returns adjEntry of the edge between node high and a special node.

ogdf::ExtractKuratowskis::extractMinorE4
void extractMinorE4(SList< KuratowskiWrapper > &output, int before, const node z, const node px, const node py, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW, const SListPure< edge > &pathZ, const node endnodeZ)
Extracts minorsubtype E4 and adds it to list output.

ogdf::ExtractKuratowskis::isMinorE5
bool isMinorE5(const node px, const node py, const KuratowskiStructure &k, const node endnodeX, const node endnodeY, const node endnodeZ) const
Checks for minortype E5 (K5)
Definition ExtractKuratowskis.h:313

ogdf::ExtractKuratowskis::extractMinorD
void extractMinorD(SList< KuratowskiWrapper > &output, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW)
Extracts minortype D and adds it to list output.

ogdf::ExtractKuratowskis::whichKuratowski
static KuratowskiType whichKuratowski(const Graph &m_g, const NodeArray< int > &dfi, const SListPure< edge > &list)
Checks, if list forms a valid Kuratowski Subdivision and returns the type.

ogdf::ExtractKuratowskis::m_nodeMarker
int m_nodeMarker
Value used as marker for visited nodes etc.
Definition ExtractKuratowskis.h:167

ogdf::ExtractKuratowskis::extractBundles
void extractBundles(const SListPure< KuratowskiStructure > &allKuratowskis, SList< KuratowskiWrapper > &output)
Extracts all Kuratowski Subdivisions and adds them to output (with bundles)

ogdf::ExtractKuratowskis::isMinorE1
bool isMinorE1(int before, bool firstXPath, bool firstYPath) const
Checks for minortype E1.
Definition ExtractKuratowskis.h:245

ogdf::ExtractKuratowskis::ExtractKuratowskis
ExtractKuratowskis(BoyerMyrvoldPlanar &bm)
Constructor.

ogdf::ExtractKuratowskis::checkMinorE2
bool checkMinorE2(bool firstWPath, bool firstWOnHighestXY) const
Checks for minortype E2 preconditions.
Definition ExtractKuratowskis.h:259

ogdf::ExtractKuratowskis::m_adjParent
const NodeArray< adjEntry > & m_adjParent
The adjEntry which goes from DFS-parent to current vertex.
Definition ExtractKuratowskis.h:178

ogdf::ExtractKuratowskis::whichKuratowskiArray
static KuratowskiType whichKuratowskiArray(const Graph &g, EdgeArray< int > &edgenumber)
Checks, if edges in Array edgenumber form a valid Kuratowski Subdivision and returns the type.

ogdf::ExtractKuratowskis::extractMinorE2
void extractMinorE2(SList< KuratowskiWrapper > &output, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathZ)
Extracts minorsubtype E2 and adds it to list output.

ogdf::ExtractKuratowskis::m_g
const Graph & m_g
Input graph.
Definition ExtractKuratowskis.h:157

ogdf::ExtractKuratowskis::addDFSPath
void addDFSPath(SListPure< edge > &list, node bottom, node top)
Adds DFS-path from node bottom to node top to list.

ogdf::ExtractKuratowskis::m_wasHere
NodeArray< int > m_wasHere
Array maintaining visited bits on each node.
Definition ExtractKuratowskis.h:169

ogdf::ExtractKuratowskis::extractMinorE5
void extractMinorE5(SList< KuratowskiWrapper > &output, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW, const SListPure< edge > &pathZ, const node endnodeZ)
Extracts minorsubtype E5 and adds it to list output.

ogdf::ExtractKuratowskis::m_dfi
const NodeArray< int > & m_dfi
The one and only DFI-NodeArray.
Definition ExtractKuratowskis.h:172

ogdf::ExtractKuratowskis::isMinorE2
bool isMinorE2(const node endnodeX, const node endnodeY, const node endnodeZ) const
Checks for minortype E2.
Definition ExtractKuratowskis.h:264

ogdf::ExtractKuratowskis::~ExtractKuratowskis
~ExtractKuratowskis()
Destructor.
Definition ExtractKuratowskis.h:95

ogdf::ExtractKuratowskis::isANewKuratowski
static bool isANewKuratowski(const EdgeArray< int > &test, const SList< KuratowskiWrapper > &output)
Returns true, iff the Kuratowski is not already contained in output.

ogdf::ExtractKuratowskis::truncateEdgelist
void truncateEdgelist(SListPure< edge > &list1, const SListPure< edge > &list2)
Separates list1 from edges already contained in list2.

ogdf::ExtractKuratowskis::extractMinorE3
void extractMinorE3(SList< KuratowskiWrapper > &output, int before, const node z, const node px, const node py, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW, const SListPure< edge > &pathZ, const node endnodeZ)
Extracts minorsubtype E3 and adds it to list output.

ogdf::ExtractKuratowskis::m_avoidE2Minors
const bool m_avoidE2Minors
Some parameters, see BoyerMyrvold for further instructions.
Definition ExtractKuratowskis.h:162

ogdf::ExtractKuratowskis::extractMinorE
void extractMinorE(SList< KuratowskiWrapper > &output, bool firstXPath, bool firstPath, bool firstWPath, bool firstWOnHighestXY, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW)
Extracts minortype E and adds it to list output (no bundles)

ogdf::ExtractKuratowskis::addExternalFacePath
void addExternalFacePath(SListPure< edge > &list, const SListPure< adjEntry > &externPath)
Adds external face edges to list.
Definition ExtractKuratowskis.h:181

ogdf::ExtractKuratowskis::extractMinorC
void extractMinorC(SList< KuratowskiWrapper > &output, const KuratowskiStructure &k, const WInfo &info, const SListPure< edge > &pathX, const node endnodeX, const SListPure< edge > &pathY, const node endnodeY, const SListPure< edge > &pathW)
Extracts minortype C and adds it to list output.

ogdf::Graph
Data type for general directed graphs (adjacency list representation).
Definition Graph_d.h:521

ogdf::KuratowskiStructure
A Kuratowski Structure is a special graph structure containing severals subdivisions.
Definition FindKuratowskis.h:89

ogdf::KuratowskiStructure::stopX
node stopX
First stopping node.
Definition FindKuratowskis.h:124

ogdf::KuratowskiStructure::stopY
node stopY
Second stopping node.
Definition FindKuratowskis.h:126

ogdf::KuratowskiStructure::RReal
node RReal
Real node of virtual node R.
Definition FindKuratowskis.h:122

ogdf::KuratowskiStructure::V
node V
The current node to embed.
Definition FindKuratowskis.h:113

ogdf::KuratowskiWrapper
Wrapper-class for Kuratowski Subdivisions containing the minortype and edgelist.
Definition ExtractKuratowskis.h:41

ogdf::KuratowskiWrapper::V
node V
The node which was embedded while the Kuratowski Subdivision was found.
Definition ExtractKuratowskis.h:75

ogdf::KuratowskiWrapper::SubdivisionType
SubdivisionType
Possible minortypes of a Kuratowski Subdivision.
Definition ExtractKuratowskis.h:53

ogdf::KuratowskiWrapper::subdivisionType
SubdivisionType subdivisionType
Minortype of the Kuratowski Subdivision.
Definition ExtractKuratowskis.h:72

ogdf::KuratowskiWrapper::isK33
bool isK33() const
Returns true, iff subdivision is a K3,3-minor.
Definition ExtractKuratowskis.h:47

ogdf::KuratowskiWrapper::isK5
bool isK5() const
Returns true, iff subdivision is a K5-minor.
Definition ExtractKuratowskis.h:50

ogdf::KuratowskiWrapper::KuratowskiWrapper
KuratowskiWrapper()
Constructor.
Definition ExtractKuratowskis.h:44

ogdf::KuratowskiWrapper::edgeList
SListPure< edge > edgeList
Contains the edges of the Kuratowski Subdivision.
Definition ExtractKuratowskis.h:78

ogdf::NodeArray
Dynamic arrays indexed with nodes.
Definition NodeArray.h:125

ogdf::NodeElement
Class for the representation of nodes.
Definition Graph_d.h:177

ogdf::SList
Singly linked lists (maintaining the length of the list).
Definition SList.h:833

ogdf::SListIteratorBase
Encapsulates a pointer to an ogdf::SList element.
Definition SList.h:92

ogdf::SListPure
Singly linked lists.
Definition SList.h:179

ogdf::SListPure::pushBack
iterator pushBack(const E &x)
Adds element x at the end of the list.
Definition SList.h:469

OGDF_EXPORT
#define OGDF_EXPORT
Specifies that a function or class is exported by the OGDF DLL.
Definition config.h:101

getDoubleFactoredZeroAdjustedMerger
static MultilevelBuilder * getDoubleFactoredZeroAdjustedMerger()
Definition multilevelmixer.cpp:36

ogdf
The namespace for all OGDF objects.
Definition AugmentationModule.h:36

ogdf::operator<<
std::ostream & operator<<(std::ostream &os, const ogdf::Array< E, INDEX > &a)
Prints array a to output stream os.
Definition Array.h:978

ogdf::whaType::A
@ A

ogdf::Direction::before
@ before

ogdf::WInfo
Saves information about a pertinent node w between two stopping vertices.
Definition FindKuratowskis.h:55

ogdf::WInfo::pyAboveStopY
bool pyAboveStopY
Definition FindKuratowskis.h:72

ogdf::WInfo::pxAboveStopX
bool pxAboveStopX
Definition FindKuratowskis.h:71