Uses of Class
javatools.datatypes.FrequencyVector

Packages that use FrequencyVector

javatools.datatypes

Uses of FrequencyVector in javatools.datatypes

Methods in javatools.datatypes that return FrequencyVector

FrequencyVector<T,java.lang.Double>	FrequencyVector.maxNormalized() Max-Normalizes this vector
FrequencyVector<T,java.lang.Double>	FrequencyVector.normalized() Normalizes this vector
FrequencyVector<T,java.lang.Double>	FrequencyVector.normalizedMeanWith(FrequencyVector<T,V> other) Computes the mean vector of this vector and the other one

Methods in javatools.datatypes with parameters of type FrequencyVector

double	FrequencyVector.cosine(FrequencyVector<T,?> other) Computes the cosine to another vector
double	FrequencyVector.cosine(FrequencyVector<T,?> other, java.util.Collection<T> intersection) Computes the cosine to another vector, if the intersection is already available
double	FrequencyVector.fuzzyPrecisionWithRespectTo(FrequencyVector<T,V> trueFrequencies) Computes the fuzzy Precision
double	FrequencyVector.fuzzyRecallWithRespectTo(FrequencyVector<T,V> trueFrequencies) Computes the fuzzy recall
java.util.Set<T>	FrequencyVector.intersection(FrequencyVector<T,?> other) Computes the common supports
double	FrequencyVector.ndcg2WithRespectToGain(FrequencyVector<T,?> trueFrequencies) Computes the NDCG with respect to a gain, with weighting 2^x
double	FrequencyVector.ndcgWithRespectToGain(FrequencyVector<T,?> trueFrequencies) Computes the NDCG with respect to a gain
FrequencyVector<T,java.lang.Double>	FrequencyVector.normalizedMeanWith(FrequencyVector<T,V> other) Computes the mean vector of this vector and the other one
double	FrequencyVector.optimalAveragePrecision(FrequencyVector<T,?> trueFrequencies) Computes the average precision, shuffling subsets to get an optimal value
double	FrequencyVector.precisionAtKWithRespectTo(FrequencyVector<T,?> groundTruth, int k) Computes the standard precision at k
double	FrequencyVector.precisionWithRespectTo(FrequencyVector<T,?> trueFrequencies) Computes the standard precision
double	FrequencyVector.recallAtKWithRespectTo(FrequencyVector<T,V> trueFrequencies, int k) Computes the standard recall at k
double	FrequencyVector.recallWithRespectTo(FrequencyVector<T,?> trueFrequencies) Computes standard recall
double	FrequencyVector.recallWithRespectTo(FrequencyVector<T,?> trueFrequencies, java.util.Collection<T> intersection) Computes standard recall, if the intersection is already available
java.util.Set<T>	FrequencyVector.topKIntersection(FrequencyVector<T,V> trueFrequencies, int k) Computes the intersection of the top k elements
double	FrequencyVector.weightedPrecisionAtKWithRespectTo(FrequencyVector<T,?> groundTruth, int k) Computes the weighted precision at k
double	FrequencyVector.weightedPrecisionWithRespectTo(FrequencyVector<T,?> trueFrequencies) Computes the standard precision to a set, weighted with this vector's frequencies
double	FrequencyVector.weightedRecallAtKWithRespectTo(FrequencyVector<T,V> trueFrequencies, int k) Computes the standard recall at k, weighted with the true frequencies
double	FrequencyVector.weightedRecallWithRespectTo(FrequencyVector<T,V> trueFrequencies) Computes the standard recall, weighted with the true frequencies