Applying inference at depth 0 on a relation map of size 0 Added triples: output: { [ Pizzardfs:subClassOf Food ] [ MagheritaPizzardfs:subClassOf Pizza ] [ MagheritaPizzahasTopping Tomato ] [ thisPizzahasTopping thisMozzarella ] [ thisPizzardf:type MagheritaPizza ] [ eatsrdfs:range Food ] [ eatsrdfs:domain Person ] [ hasToppingrdfs:subPropertyOf hasIngredient ] [ Luigieats thisPizza ] } Applying inference at depth 1 on a relation map of size 9 [ thisPizza rdf:type MagheritaPizza ]_<1±0.019> ^ [ MagheritaPizza rdfs:subClassOf Pizza ]_<1±0.019> =rdfs9_<1±2.3e-08> => [ thisPizza rdf:type MagheritaPizza ]_<1±0.019> ^ [ MagheritaPizza rdfs:subClassOf Pizza ]_<1±0.019> =rdfs9_<1±2.3e-08> => Added triples: output: { [ thisPizzardf:type Pizza_<2±0.019> ] } Applying inference at depth 2 on a relation map of size 10 [ thisPizza rdf:type Pizza_<2±0.019> ]_<2±0.056> ^ [ Pizza rdfs:subClassOf Food ]_<1±0.019> =rdfs9_<1±0.019> => Added triples: output: { [ thisPizzardf:type Food_<1±0.019> ] } Applying inference at depth 3 on a relation map of size 11 Added triples: output: { } Calculus duration in msec : 8.482 "Luigi pizza infered facts": { [ Luigieats thisPizza ] [ hasToppingrdfs:subPropertyOf hasIngredient ] [ eatsrdfs:domain Person ] [ eatsrdfs:range Food ] [ thisPizzardf:type Food_<1±0.019> ] [ thisPizzardf:type MagheritaPizza ] [ thisPizzahasTopping thisMozzarella ] [ MagheritaPizzahasTopping Tomato ] [ MagheritaPizzardfs:subClassOf Pizza ] [ thisPizzardf:type Pizza_<2±0.019> ] [ Pizzardfs:subClassOf Food ] } Calculus duration in msec : 6.869 "Luigi pizza infered facts": { [ Luigieats thisPizza_<0.5±0> ] [ hasToppingrdfs:subPropertyOf hasIngredient ] [ eatsrdfs:domain Person ] [ eatsrdfs:range Food ] [ thisPizzardf:type Food_<1±0.019> ] [ thisPizzardf:type MagheritaPizza ] [ thisPizzahasTopping thisMozzarella ] [ MagheritaPizzahasTopping Tomato ] [ MagheritaPizzardfs:subClassOf Pizza ] [ thisPizzardf:type Pizza_<2±0.019> ] [ Pizzardfs:subClassOf Food ] }