Uses of Class
de.unima.ki.mmatch.MMatchException

Packages that use MMatchException
de.unima.ki.mmatch   
de.unima.ki.mmatch.descriptions   
de.unima.ki.mmatch.smeasures   
 

Uses of MMatchException in de.unima.ki.mmatch
 

Methods in de.unima.ki.mmatch that throw MMatchException
static void Setting.load()
          Load all files which are needed.
static void Setting.loadWordnet()
          Load the wordnet dictonary which is used to create the wordnet matrices.
static void Setting.setConceptJoinFactor(int type, double... values)
           
static void Setting.setHeadNounWeight(double headNounWeight)
           
static void Setting.setNumberOfRoot(int numberOfRoot)
           
static void Setting.setPropertyJoinFactor(int type, double... values)
           
static void Setting.setStringMetric(java.lang.String stringMetric)
           
static void Setting.setSyntacticJoinFactor(int type, double... values)
          Set the syntactic join factor.
 

Uses of MMatchException in de.unima.ki.mmatch.descriptions
 

Methods in de.unima.ki.mmatch.descriptions that throw MMatchException
 int Term.getHeadNounIndex()
           
 java.lang.String Term.tokensToString()
           
 

Constructors in de.unima.ki.mmatch.descriptions that throw MMatchException
Term(java.lang.String content, boolean[] delimiter)
          Construcor for concepts
Term(java.lang.String content, boolean[] delimiter, boolean property)
          Constructor for properties (if a tokens is contained in the file ignore.txt it should not be influence the similarity value)
Text(java.lang.String content, boolean[] delimiter)
          Create a new term for a concept.
Text(java.lang.String content, boolean[] delimiter, boolean property)
          Create a new term for a property.
 

Uses of MMatchException in de.unima.ki.mmatch.smeasures
 

Methods in de.unima.ki.mmatch.smeasures that throw MMatchException
 java.lang.Double Measure.compare(Term t1, Term t2)
           
 java.lang.Double Measure.compareTerms(Term t1, Term t2, boolean normalized)
          This Method compares two terms and declares the similarity between them, based on the Levenshtein measure.