Simple Question (Direct)
Simple Question
Q3446713
P106
Q12737077
USER
Which occupations are the professions of Rudolf Eklöw ?
(Q3446713,P106,c(Q12737077))
action filter_type
action find
entity Q3446713
relation P106
type Q12737077
['Q3446713', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ?f WHERE { resource:Q3446713 property:P106 ?f . ?f rdf:type ontology:Q12737077 }
Rudolf Eklöw
action filter_type
action find
entity Rudolf Eklöw
relation occupation
type occupation
['Rudolf Eklöw', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ?f WHERE { resource:Rudolf_Eklöw property:occupation ?f . ?f rdf:type ontology:occupation }
[]
occupation
Q1930187 Q859528 Q937857
SYSTEM
journalist, association football referee, association football player
Q1930187 Q859528 Q937857
(Q3446713,P106,c(Q12737077))
action filter_type
action find
entity Q3446713
relation P106
type Q12737077
The professions of Rudolf Eklöw are [ANSWERS]
['Q3446713', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ?f WHERE { resource:Q3446713 property:P106 ?f . ?f rdf:type ontology:Q12737077 }
journalist association football referee association football player
The professions of Rudolf Eklöw are journalist, association football referee and association football player
journalist association football referee association football player
action filter_type
action find
entity Rudolf Eklöw
relation occupation
type occupation
['Rudolf Eklöw', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ?f WHERE { resource:Rudolf_Eklöw property:occupation ?f . ?f rdf:type ontology:occupation }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q3446713
P21
Q290
USER
Which sex does Rudolf Eklöw belong to ?
(Q3446713,P21,c(Q290))
action filter_type
action find
entity Q3446713
relation P21
type Q290
['Q3446713', 'P21', {'concept': 'Q290'}]
SELECT DISTINCT ?q WHERE { resource:Q3446713 property:P21 ?q . ?q rdf:type ontology:Q290 }
Rudolf Eklöw
action filter_type
action find
entity Rudolf Eklöw
relation gender
type sex
['Rudolf Eklöw', 'gender', {'concept': 'sex'}]
SELECT DISTINCT ?q WHERE { resource:Rudolf_Eklöw property:gender ?q . ?q rdf:type ontology:sex }
[]
sex
Q6581097
SYSTEM
male
Q6581097
(Q3446713,P21,c(Q290))
action filter_type
action find
entity Q3446713
relation P21
type Q290
Rudolf Eklöw belongs to [ANSWER]
['Q3446713', 'P21', {'concept': 'Q290'}]
SELECT DISTINCT ?q WHERE { resource:Q3446713 property:P21 ?q . ?q rdf:type ontology:Q290 }
male
Rudolf Eklöw belongs to male
male
action filter_type
action find
entity Rudolf Eklöw
relation gender
type sex
['Rudolf Eklöw', 'gender', {'concept': 'sex'}]
SELECT DISTINCT ?q WHERE { resource:Rudolf_Eklöw property:gender ?q . ?q rdf:type ontology:sex }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q6581097
P69
Q502895
USER
Who is an alumni of that sex ?
(c(Q502895),P69,Q6581097)
action filter_type
action find_reverse
entity Q6581097
relation P69
type Q502895
[{'concept': 'Q502895'}, 'P69', 'Q6581097']
SELECT DISTINCT ?x WHERE { ?x property:P69 resource:Q6581097 . ?x rdf:type ontology:Q502895 }
male
action filter_type
action find_reverse
entity male
relation educated at
type common name
[{'concept': 'common name'}, 'educated at', 'male']
SELECT DISTINCT ?x WHERE { ?x property:educated_at resource:male . ?x rdf:type ontology:common_name }
[]
common name
Q4662307
SYSTEM
Aaron Parchem
Q4662307
(c(Q502895),P69,Q6581097)
action filter_type
action find_reverse
entity Q6581097
relation P69
type Q502895
An alumni of that sex is named [ANSWER]
[{'concept': 'Q502895'}, 'P69', 'Q6581097']
SELECT DISTINCT ?x WHERE { ?x property:P69 resource:Q6581097 . ?x rdf:type ontology:Q502895 }
Aaron Parchem
An alumni of that sex is named Aaron Parchem
Aaron Parchem
action filter_type
action find_reverse
entity male
relation educated at
type common name
[{'concept': 'common name'}, 'educated at', 'male']
SELECT DISTINCT ?x WHERE { ?x property:educated_at resource:male . ?x rdf:type ontology:common_name }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q6581097
P138
Q7946
USER
Which minerals are named after that sex ?
(c(Q7946),P138,Q4662307)
action filter_type
action find_reverse
entity Q6581097
relation P138
type Q7946
[{'concept': 'Q7946'}, 'P138', 'Q4662307']
SELECT DISTINCT ?d WHERE { ?d property:P138 resource:Q6581097 . ?d rdf:type ontology:Q7946 }
male
action filter_type
action find_reverse
entity male
relation named after
type mineral
[{'concept': 'mineral'}, 'named after', 'Aaron Parchem']
SELECT DISTINCT ?d WHERE { ?d property:named_after resource:male . ?d rdf:type ontology:mineral }
[]
mineral
Q19861020 Q19861231 Q4006570
SYSTEM
mendeleevite-(Ce), reynoldsite, urusovite
Q19861020 Q18375263 Q19862060 Q19861231 Q4006570 Q3565842 Q19833301
(c(Q7946),P138,Q4662307)
action filter_type
action find_reverse
entity Q6581097
relation P138
type Q7946
[ANSWERS] are named after that sex
[{'concept': 'Q7946'}, 'P138', 'Q4662307']
SELECT DISTINCT ?d WHERE { ?d property:P138 resource:Q6581097 . ?d rdf:type ontology:Q7946 }
mendeleevite-(Ce) billwiseite witzkeite reynoldsite urusovite zirkelite carlosbarbosaite
Mendeleevite-(Ce), reynoldsite and urusovite are named after that sex
mendeleevite-(Ce) reynoldsite urusovite
action filter_type
action find_reverse
entity male
relation named after
type mineral
[{'concept': 'mineral'}, 'named after', 'Aaron Parchem']
SELECT DISTINCT ?d WHERE { ?d property:named_after resource:male . ?d rdf:type ontology:mineral }
[]
Clarification
Simple Question|Single Entity|Indirect
Q19861020
P2695
Q15324
USER
Which body of water is known for containing that mineral naturally ?
(Q19861020,P2695,c(Q15324))
action filter_type
action find
entity Q19861020
relation P2695
type Q15324
['Q19861020', 'P2695', {'concept': 'Q15324'}]
SELECT DISTINCT ?g WHERE { ?g rdf:type ontology:Q15324 . resource:Q19861020 property:P2695 ?g }
mendeleevite-(Ce)
action filter_type
action find
entity mendeleevite-(Ce)
relation type locality
type body of water
['mendeleevite-(Ce)', 'type locality', {'concept': 'body of water'}]
SELECT DISTINCT ?g WHERE { ?g rdf:type ontology:body_of_water . resource:mendeleevite-(Ce) property:type_locality ?g }
[]
body of water
Clarification for simple ques.
Q19861020
SYSTEM
Did you mean mendeleevite-(Ce) ?
Q19861020 Q19861231 Q4006570
(Q19861020,P2695,c(Q15324)) (Q19861231,P2695,c(Q15324)) (Q4006570,P2695,c(Q15324))
[ANSWER]
['Q19861020', 'P2695', {'concept': 'Q15324'}] ['Q19861231', 'P2695', {'concept': 'Q15324'}] ['Q4006570', 'P2695', {'concept': 'Q15324'}]
SELECT DISTINCT ?g WHERE { ?g rdf:type ontology:Q15324 . resource:Q19861020 property:P2695 ?g }
mendeleevite-(Ce) reynoldsite urusovite
Did you mean mendeleevite-(Ce) ?
mendeleevite-(Ce)
['mendeleevite-(Ce)', 'type locality', {'concept': 'body of water'}] ['reynoldsite', 'type locality', {'concept': 'body of water'}] ['urusovite', 'type locality', {'concept': 'body of water'}]
SELECT DISTINCT ?g WHERE { ?g rdf:type ontology:body_of_water . resource:mendeleevite-(Ce) property:type_locality ?g }
[]
Simple Question (Coreferenced)
USER
Yes
(Q19861020,P2695,c(Q15324))
['Q19861020', 'P2695', {'concept': 'Q15324'}]
['mendeleevite-(Ce)', 'type locality', {'concept': 'body of water'}]
[]
Q23803396
SYSTEM
Darai-Pioz glacier
Q23803396
(Q19861020,P2695,c(Q15324))
action filter_type
action find
entity Q19861020
relation P2695
type Q15324
[ANSWER] is known for containing that mineral naturally
['Q19861020', 'P2695', {'concept': 'Q15324'}]
SELECT DISTINCT ?g WHERE { ?g rdf:type ontology:Q15324 . resource:Q19861020 property:P2695 ?g }
Darai-Pioz glacier
Darai-Pioz glacier is known for containing that mineral naturally
Darai-Pioz glacier
action filter_type
action find
entity mendeleevite-(Ce)
relation type locality
type body of water
['mendeleevite-(Ce)', 'type locality', {'concept': 'body of water'}]
SELECT DISTINCT ?g WHERE { ?g rdf:type ontology:body_of_water . resource:mendeleevite-(Ce) property:type_locality ?g }
[]
Verification (Boolean) (All)
Verification|2 entities, one direct and one indirect, object is indirect
Q23803396 Q3834955
P2695
Q7946
USER
Is lithiophosphate found in that body of water ?
(Q3834955,P2695,Q23803396)
action is_in
entity Q3834955
action find
entity Q23803396
relation P2695
['Q3834955', 'P2695', 'Q23803396']
ASK WHERE { resource:Q23803396 property:P2695 resource:Q3834955 }
Darai-Pioz glacier lithiophosphate
action is_in
entity lithiophosphate
action find
entity Darai-Pioz glacier
relation type locality
['lithiophosphate', 'type locality', 'Darai-Pioz glacier']
ASK WHERE { resource:Darai-Pioz_glacier property:type_locality resource:lithiophosphate }
[]
mineral
SYSTEM
NO
(Q3834955,P2695,Q23803396)
action is_in
entity Q3834955
action find
entity Q23803396
relation P2695
[ANSWER]
['Q3834955', 'P2695', 'Q23803396']
ASK WHERE { resource:Q23803396 property:P2695 resource:Q3834955 }
No
action is_in
entity lithiophosphate
action find
entity Darai-Pioz glacier
relation type locality
['lithiophosphate', 'type locality', 'Darai-Pioz glacier']
ASK WHERE { resource:Darai-Pioz_glacier property:type_locality resource:lithiophosphate }
[]
Quantitative Reasoning (All)
Quantitative|Min/Max|Single entity type
P706
Q15324 Q82794
USER
Which geographic regions have their location as max number of bodies of water ?
(c(Q82794),P706,c(Q15324))
action argmax
action find_tuple_counts
relation P706
type Q82794
type Q15324
[{'concept': 'Q82794'}, 'P706', {'concept': 'Q15324'}]
SELECT DISTINCT ?w WHERE { { SELECT DISTINCT ( MAX ( ?c ) AS ?s ) { SELECT DISTINCT ?z ( COUNT ( ?l ) AS ?c ) WHERE { ?z property:P706 ?l . ?z rdf:type ontology:Q82794 . ?l rdf:type ontology:Q15324 } GROUP BY ?z } } . { SELECT DISTINCT ?w ( COUNT ( ?j ) AS ?o ) WHERE { ?w property:P706 ?j . ?w rdf:type ontology:Q82794 . ?j rdf:type ontology:Q15324 } GROUP BY ?w } . FILTER ( ?o = ?s ) }
action argmax
action find_tuple_counts
relation located on terrain feature
type geographic region
type body of water
[{'concept': 'geographic region'}, 'located on terrain feature', {'concept': 'body of water'}]
SELECT DISTINCT ?w WHERE { { SELECT DISTINCT ( MAX ( ?c ) AS ?s ) { SELECT DISTINCT ?z ( COUNT ( ?l ) AS ?c ) WHERE { ?z property:located_on_terrain_feature ?l . ?z rdf:type ontology:geographic_region . ?l rdf:type ontology:body_of_water } GROUP BY ?z } } . { SELECT DISTINCT ?w ( COUNT ( ?j ) AS ?o ) WHERE { ?w property:located_on_terrain_feature ?j . ?w rdf:type ontology:geographic_region . ?j rdf:type ontology:body_of_water } GROUP BY ?w } . FILTER ( ?o = ?s ) }
[]
body of water geographic region
Q17075627 Q17082205 Q17076164
SYSTEM
Juist, Langeoog, Norderney
Q17075627 Q17082205 Q17076164 Q17081554 Q17075271 Q20031459
(c(Q82794),P706,c(Q15324))
action argmax
action find_tuple_counts
relation P706
type Q82794
type Q15324
[ANSWERS] have their location as max number of bodies of water
[{'concept': 'Q82794'}, 'P706', {'concept': 'Q15324'}]
SELECT DISTINCT ?w WHERE { { SELECT DISTINCT ( MAX ( ?c ) AS ?s ) { SELECT DISTINCT ?z ( COUNT ( ?l ) AS ?c ) WHERE { ?z property:P706 ?l . ?z rdf:type ontology:Q82794 . ?l rdf:type ontology:Q15324 } GROUP BY ?z } } . { SELECT DISTINCT ?w ( COUNT ( ?j ) AS ?o ) WHERE { ?w property:P706 ?j . ?w rdf:type ontology:Q82794 . ?j rdf:type ontology:Q15324 } GROUP BY ?w } . FILTER ( ?o = ?s ) }
Juist Langeoog Norderney Spiekeroog Borkum Baltrum
Juist, Langeoog and Norderney have their location as max number of bodies of water
Juist Langeoog Norderney
action argmax
action find_tuple_counts
relation located on terrain feature
type geographic region
type body of water
[{'concept': 'geographic region'}, 'located on terrain feature', {'concept': 'body of water'}]
SELECT DISTINCT ?w WHERE { { SELECT DISTINCT ( MAX ( ?c ) AS ?s ) { SELECT DISTINCT ?z ( COUNT ( ?l ) AS ?c ) WHERE { ?z property:located_on_terrain_feature ?l . ?z rdf:type ontology:geographic_region . ?l rdf:type ontology:body_of_water } GROUP BY ?z } } . { SELECT DISTINCT ?w ( COUNT ( ?j ) AS ?o ) WHERE { ?w property:located_on_terrain_feature ?j . ?w rdf:type ontology:geographic_region . ?j rdf:type ontology:body_of_water } GROUP BY ?w } . FILTER ( ?o = ?s ) }
[]