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NCBI C++ ToolKit: include/algo/text/vector_impl.hpp File Reference

#include "vector_score.hpp"
#include <algorithm>
#include <math.h>
#include <set>
#include <corelib/ncbiutil.hpp>

Go to the source code of this file.

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template<class T > T InitialValue (T *) template<> string InitialValue< string > (string *) template<class ScoreVectorA , class ScoreVectorB > float ScoreCombined (const ScoreVectorA &vec1, const ScoreVectorB &vec2) template<class ScoreVectorA , class ScoreVectorB > float ScoreCosine (const ScoreVectorA &vec1, const ScoreVectorB &vec2) template<class ScoreVectorA , class ScoreVectorB > float ScoreDice (const ScoreVectorA &vec_a, const ScoreVectorB &vec_b) The dice coefficient is defined as. More...
template<class ScoreVectorA , class ScoreVectorB > float ScoreDistance (const ScoreVectorA &vec_a, const ScoreVectorB &vec_b) template<class ScoreVectorA , class ScoreVectorB > float ScoreDot (const ScoreVectorA &vec_a, const ScoreVectorB &vec_b) template<class ScoreVectorA , class ScoreVectorB > float ScoreJaccard (const ScoreVectorA &vec_a, const ScoreVectorB &vec_b) The Jaccard coefficient is defined as. More...
template<class ScoreVectorA , class ScoreVectorB > float ScoreOverlap (const ScoreVectorA &vec_a, const ScoreVectorB &vec_b) The overlap function is a dot product weighted by the *shortest* of each term. More...
◆ InitialValue() ◆ InitialValue< string >() ◆ ScoreCombined()

template<class ScoreVectorA , class ScoreVectorB >

float ScoreCombined ( const ScoreVectorA & vec1, const ScoreVectorB & vec2 ) inline ◆ ScoreCosine()

template<class ScoreVectorA , class ScoreVectorB >

float ScoreCosine ( const ScoreVectorA & vec1, const ScoreVectorB & vec2 ) inline ◆ ScoreDice()

template<class ScoreVectorA , class ScoreVectorB >

float ScoreDice ( const ScoreVectorA & vec_a, const ScoreVectorB & vec_b ) inline

The dice coefficient is defined as.

d = (dot) / (sum(scores_a) + sum(scores_b))

Definition at line 1220 of file vector_impl.hpp.

References Dice().

◆ ScoreDistance()

template<class ScoreVectorA , class ScoreVectorB >

float ScoreDistance ( const ScoreVectorA & vec_a, const ScoreVectorB & vec_b ) inline ◆ ScoreDot()

template<class ScoreVectorA , class ScoreVectorB >

float ScoreDot ( const ScoreVectorA & vec_a, const ScoreVectorB & vec_b ) inline ◆ ScoreJaccard()

template<class ScoreVectorA , class ScoreVectorB >

float ScoreJaccard ( const ScoreVectorA & vec_a, const ScoreVectorB & vec_b ) inline

The Jaccard coefficient is defined as.

d = (dot) / (sum(scores_a)^2 + sum(scores_b)^2 - dot)

Definition at line 1253 of file vector_impl.hpp.

References Jaccard().

◆ ScoreOverlap()

template<class ScoreVectorA , class ScoreVectorB >

float ScoreOverlap ( const ScoreVectorA & vec_a, const ScoreVectorB & vec_b ) inline

The overlap function is a dot product weighted by the *shortest* of each term.

Definition at line 1266 of file vector_impl.hpp.

References Overlap().

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