- findCountingVariable(ByteString[]) - Method in class amie.mining.assistant.MiningAssistant
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It determines the counting variable of an atom with constant relation based on
the functionality of the relation
- findFunctionalVariable(Rule, KB) - Static method in class amie.rules.Rule
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- firstVariableInCommon(ByteString[], ByteString[]) - Method in class amie.data.KB
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Returns the in the first atom, of the first variable that is found on the
second atom.
- firstVariablePos(ByteString...) - Static method in class amie.data.KB
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Returns the position of the first variable in the pattern
- frequentBindingsOf(CharSequence, CharSequence, List<CharSequence[]>) - Method in class amie.data.KB
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Maps each value of the variable to the number of distinct values of the
projection variable
- frequentBindingsOf(ByteString, ByteString, List<ByteString[]>) - Method in class amie.data.KB
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For each instantiation of variable, it returns the number of different
instances of projectionVariable that satisfy the query.
- fullyUnboundTriplePattern() - Method in class amie.rules.Rule
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It creates a new unbound atom with fresh variables for the subject and object
and an undefined property, i.e., ?s[n] ?p ?o[n].
- fullyUnboundTriplePattern1() - Static method in class amie.rules.Rule
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It creates a new unbound atom with fresh variables for the subject and object
and an undefined property, i.e., ?s[n] ?p ?o[n].
- functionality(ByteString) - Method in class amie.data.KB
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It returns the harmonic functionality of a relation, as defined in the PARIS paper
https://www.lri.fr/~cr/Publications_Master_2013/Brigitte_Safar/p157_fabianmsuchanek_vldb2011.pdf
- functionality(CharSequence) - Method in class amie.data.KB
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It returns the harmonic functionality of a relation, as defined in the PARIS paper
https://www.lri.fr/~cr/Publications_Master_2013/Brigitte_Safar/p157_fabianmsuchanek_vldb2011.pdf
- functionality(ByteString, boolean) - Method in class amie.data.KB
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It returns the functionality or the inverse functionality of a relation.