BipartiteMatcher

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Class Summary

class BipartiteMatcher
{
public:
BipartiteMatcher(unsigned int m, unsigned int n) ;
void addEdge(unsigned int ai, unsigned int bj, double weight );
void removeEdge(unsigned int ai, unsigned int bj);
void updateEdge(unsigned int ai, unsigned int bj, float w);
template< class MatchT> void calculateMatch(MatchT& match);
void getMatch(ScoredMatchedList& match) ;
float getScore() ;
unsigned int calculateMatch() ;
void update();
void clearEdges() ;
protected:
BipartiteGraph bipartiteGraph_;
::list< leda::node> setA_, setB_;
vector< leda::node> id2nodeSetA_, id2nodeSetB_;
unsigned int sizeA_, sizeB_;
::list< leda::edge> matchEdges_;
bool isMatchUpdated_;
}; // BipartiteMatcher

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KEYWORD

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AUTHORS

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CHANGES LOG

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GOALS

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USAGE

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BipartiteMatcher(unsigned int m, unsigned int n) ;

m,n are the sizes of each set 

  BipartiteMatcher(unsigned int m, unsigned int n) ;

Function is currently defined inline.


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void addEdge(unsigned int ai, unsigned int bj, double weight );

  void addEdge(unsigned int ai, unsigned int bj, double weight = 1.0);

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void removeEdge(unsigned int ai, unsigned int bj);

  void removeEdge(unsigned int ai, unsigned int bj);

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void updateEdge(unsigned int ai, unsigned int bj, float w);

  void updateEdge(unsigned int ai, unsigned int bj, float w);

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template< class MatchT> void calculateMatch(MatchT& match);

  template< class MatchT>
  void calculateMatch(MatchT& match);

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void getMatch(ScoredMatchedList& match) ;

  void getMatch(ScoredMatchedList& match)                                                           ;

Function is currently defined inline.


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float getScore() ;

  float getScore()                                                                                ;

Function is currently defined inline.


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unsigned int calculateMatch() ;

  unsigned int calculateMatch()                                                   
;

Function is currently defined inline.


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void update();

  void update();

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void clearEdges() ;

  void clearEdges()                                                              
;

Function is currently defined inline.


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BipartiteGraph bipartiteGraph_;

  BipartiteGraph bipartiteGraph_;

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::list< leda::node> setA_, setB_;

  leda::list< leda::node> setA_, setB_;

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vector< leda::node> id2nodeSetA_, id2nodeSetB_;

  vector< leda::node> id2nodeSetA_, id2nodeSetB_;

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unsigned int sizeA_, sizeB_;

  unsigned int sizeA_, sizeB_;

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::list< leda::edge> matchEdges_;

  leda::list< leda::edge> matchEdges_;

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bool isMatchUpdated_;

  bool isMatchUpdated_;

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All Members

public:
void addEdge(unsigned int ai, unsigned int bj, double weight );
void removeEdge(unsigned int ai, unsigned int bj);
void updateEdge(unsigned int ai, unsigned int bj, float w);
template< class MatchT> void calculateMatch(MatchT& match);
void getMatch(ScoredMatchedList& match) ;
float getScore() ;
unsigned int calculateMatch() ;
void update();
void clearEdges() ;
protected:
BipartiteGraph bipartiteGraph_;
::list< leda::node> setA_, setB_;
vector< leda::node> id2nodeSetA_, id2nodeSetB_;
unsigned int sizeA_, sizeB_;
::list< leda::edge> matchEdges_;
bool isMatchUpdated_;

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Ancestors

Class does not inherit from any other class.

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Descendants

Class is not inherited by any others.

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Generated from source by the Cocoon utilities on Mon Dec 21 11:44:46 2009 .

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