Simple Question (Direct)
Simple Question
Q21157953
P680
Q44424
USER
Which the chemical bond that represents the molecular function of Kinase suppressor of Ras 1 ?
(Q21157953,P680,c(Q44424))
action filter_type
action find
entity Q21157953
relation P680
type Q44424
['Q21157953', 'P680', {'concept': 'Q44424'}]
SELECT DISTINCT ?k WHERE { resource:Q21157953 property:P680 ?k . ?k rdf:type ontology:Q44424 }
Kinase suppressor of Ras 1
action filter_type
action find
entity Kinase suppressor of Ras 1
relation molecular function
type chemical bond
['Kinase suppressor of Ras 1', 'molecular function', {'concept': 'chemical bond'}]
SELECT DISTINCT ?k WHERE { resource:Kinase_suppressor_of_Ras_1 property:molecular_function ?k . ?k rdf:type ontology:chemical_bond }
[]
chemical bond
Q13667380
SYSTEM
metal ion binding
Q13667380
(Q21157953,P680,c(Q44424))
action filter_type
action find
entity Q21157953
relation P680
type Q44424
Represents of [ANSWER]
['Q21157953', 'P680', {'concept': 'Q44424'}]
SELECT DISTINCT ?k WHERE { resource:Q21157953 property:P680 ?k . ?k rdf:type ontology:Q44424 }
metal ion binding
Represents of metal ion binding
metal ion binding
action filter_type
action find
entity Kinase suppressor of Ras 1
relation molecular function
type chemical bond
['Kinase suppressor of Ras 1', 'molecular function', {'concept': 'chemical bond'}]
SELECT DISTINCT ?k WHERE { resource:Kinase_suppressor_of_Ras_1 property:molecular_function ?k . ?k rdf:type ontology:chemical_bond }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q21157953
P702
Q863908
USER
Which gene encodes Kinase suppressor of Ras 1 ?
(Q21157953,P702,c(Q863908))
action filter_type
action find
entity Q21157953
relation P702
type Q863908
['Q21157953', 'P702', {'concept': 'Q863908'}]
SELECT DISTINCT ?s WHERE { resource:Q21157953 property:P702 ?s . ?s rdf:type ontology:Q863908 }
Kinase suppressor of Ras 1
action filter_type
action find
entity Kinase suppressor of Ras 1
relation encoded by
type nucleic acid sequence
['Kinase suppressor of Ras 1', 'encoded by', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?s WHERE { resource:Kinase_suppressor_of_Ras_1 property:encoded_by ?s . ?s rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
Q18033477
SYSTEM
KSR1
Q18033477
(Q21157953,P702,c(Q863908))
action filter_type
action find
entity Q21157953
relation P702
type Q863908
[ANSWER] encodes Kinase suppressor of Ras 1
['Q21157953', 'P702', {'concept': 'Q863908'}]
SELECT DISTINCT ?s WHERE { resource:Q21157953 property:P702 ?s . ?s rdf:type ontology:Q863908 }
KSR1
KSR1 encodes Kinase suppressor of Ras 1
KSR1
action filter_type
action find
entity Kinase suppressor of Ras 1
relation encoded by
type nucleic acid sequence
['Kinase suppressor of Ras 1', 'encoded by', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?s WHERE { resource:Kinase_suppressor_of_Ras_1 property:encoded_by ?s . ?s rdf:type ontology:nucleic_acid_sequence }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q21157953
P688
Q863908
USER
Which nucleic acid sequence encodes Kinase suppressor of Ras 1 ?
(c(Q863908),P688,Q21157953)
action filter_type
action find_reverse
entity Q21157953
relation P688
type Q863908
[{'concept': 'Q863908'}, 'P688', 'Q21157953']
SELECT DISTINCT ?j WHERE { ?j property:P688 resource:Q21157953 . ?j rdf:type ontology:Q863908 }
Kinase suppressor of Ras 1
action filter_type
action find_reverse
entity Kinase suppressor of Ras 1
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'Kinase suppressor of Ras 1']
SELECT DISTINCT ?j WHERE { ?j property:encodes resource:Kinase_suppressor_of_Ras_1 . ?j rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
Q18033477
SYSTEM
KSR1
Q18033477
(c(Q863908),P688,Q21157953)
action filter_type
action find_reverse
entity Q21157953
relation P688
type Q863908
[ANSWER] encodes Kinase suppressor of Ras 1
[{'concept': 'Q863908'}, 'P688', 'Q21157953']
SELECT DISTINCT ?j WHERE { ?j property:P688 resource:Q21157953 . ?j rdf:type ontology:Q863908 }
KSR1
KSR1 encodes Kinase suppressor of Ras 1
KSR1
action filter_type
action find_reverse
entity Kinase suppressor of Ras 1
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'Kinase suppressor of Ras 1']
SELECT DISTINCT ?j WHERE { ?j property:encodes resource:Kinase_suppressor_of_Ras_1 . ?j rdf:type ontology:nucleic_acid_sequence }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q21157953
P681
Q5058355
USER
Which cellular components are the components of Kinase suppressor of Ras 1 ?
(Q21157953,P681,c(Q5058355))
action filter_type
action find
entity Q21157953
relation P681
type Q5058355
['Q21157953', 'P681', {'concept': 'Q5058355'}]
SELECT DISTINCT ?j WHERE { ?j rdf:type ontology:Q5058355 . resource:Q21157953 property:P681 ?j }
Kinase suppressor of Ras 1
action filter_type
action find
entity Kinase suppressor of Ras 1
relation cell component
type cellular component
['Kinase suppressor of Ras 1', 'cell component', {'concept': 'cellular component'}]
SELECT DISTINCT ?j WHERE { ?j rdf:type ontology:cellular_component . resource:Kinase_suppressor_of_Ras_1 property:cell_component ?j }
[]
cellular component
Q29548 Q14329032 Q79927
SYSTEM
plasma membrane, endoplasmic reticulum membrane, endoplasmic reticulum
Q420927 Q29548 Q14353100 Q14329032 Q79927
(Q21157953,P681,c(Q5058355))
action filter_type
action find
entity Q21157953
relation P681
type Q5058355
[ANSWERS] are the components of Kinase suppressor of Ras 1
['Q21157953', 'P681', {'concept': 'Q5058355'}]
SELECT DISTINCT ?j WHERE { ?j rdf:type ontology:Q5058355 . resource:Q21157953 property:P681 ?j }
protein complex plasma membrane cell projection endoplasmic reticulum membrane endoplasmic reticulum
Plasma membrane, endoplasmic reticulum membrane and endoplasmic reticulum are the components of Kinase suppressor of Ras 1
plasma membrane endoplasmic reticulum membrane endoplasmic reticulum
action filter_type
action find
entity Kinase suppressor of Ras 1
relation cell component
type cellular component
['Kinase suppressor of Ras 1', 'cell component', {'concept': 'cellular component'}]
SELECT DISTINCT ?j WHERE { ?j rdf:type ontology:cellular_component . resource:Kinase_suppressor_of_Ras_1 property:cell_component ?j }
[]
Simple Question (Ellipsis)
Incomplete|object parent is changed, subject and predicate remain same
Q21157953
Q15989253
USER
And which part?
(Q21157953,P681,c(Q15989253))
action filter_type
action find
entity Q21157953
relation P681
type Q15989253
['Q21157953', 'P681', {'concept': 'Q15989253'}]
SELECT DISTINCT ?l WHERE { resource:Q21157953 property:P681 ?l . ?l rdf:type ontology:Q15989253 }
Kinase suppressor of Ras 1
action filter_type
action find
entity Kinase suppressor of Ras 1
relation cell component
type part
['Kinase suppressor of Ras 1', 'cell component', {'concept': 'part'}]
SELECT DISTINCT ?l WHERE { resource:Kinase_suppressor_of_Ras_1 property:cell_component ?l . ?l rdf:type ontology:part }
[]
part
Q14349455 Q79899
SYSTEM
membrane, cytoplasm
Q14349455 Q79899
(Q21157953,P681,c(Q15989253))
action filter_type
action find
entity Q21157953
relation P681
type Q15989253
[ANSWERS]
['Q21157953', 'P681', {'concept': 'Q15989253'}]
SELECT DISTINCT ?l WHERE { resource:Q21157953 property:P681 ?l . ?l rdf:type ontology:Q15989253 }
membrane cytoplasm
membrane cytoplasm
action filter_type
action find
entity Kinase suppressor of Ras 1
relation cell component
type part
['Kinase suppressor of Ras 1', 'cell component', {'concept': 'part'}]
SELECT DISTINCT ?l WHERE { resource:Kinase_suppressor_of_Ras_1 property:cell_component ?l . ?l rdf:type ontology:part }
[]
Verification (Boolean) (All)
Verification|one entity, multiple entities (as object) referred indirectly
Q27482964
P681
Q181394
USER
Are those parts a cell component of Na(+)/H(+) exchanger protein    YPO3630 ?
(Q27482964,P681,Q14349455) (Q27482964,P681,Q79899)
action is_in
entity prev_answer
action find
entity Q27482964
relation P681
['Q27482964', 'P681', 'Q14349455'] ['Q27482964', 'P681', 'Q79899']
ASK WHERE { resource:Q27482964 property:P681 ?z . VALUES ( ?z ) { ( resource:Q14349455 ) ( resource:Q79899 ) } }
Na(+)/H(+) exchanger protein    YPO3630
action is_in
entity prev_answer
action find
entity Na(+)/H(+) exchanger protein    YPO3630
relation cell component
['Na(+)/H(+) exchanger protein    YPO3630', 'cell component', 'membrane'] ['Na(+)/H(+) exchanger protein    YPO3630', 'cell component', 'cytoplasm']
ASK WHERE { resource:Na(+)/H(+)_exchanger_protein____YPO3630 property:cell_component ?z . VALUES ( ?z ) { ( resource:membrane ) ( resource:cytoplasm ) } }
[]
nutrient
SYSTEM
NO
(Q27482964,P681,Q14349455) (Q27482964,P681,Q79899)
action is_in
entity prev_answer
action find
entity Q27482964
relation P681
[ANSWER]
['Q27482964', 'P681', 'Q14349455'] ['Q27482964', 'P681', 'Q79899']
ASK WHERE { resource:Q27482964 property:P681 ?z . VALUES ( ?z ) { ( resource:Q14349455 ) ( resource:Q79899 ) } }
No
action is_in
entity prev_answer
action find
entity Na(+)/H(+) exchanger protein    YPO3630
relation cell component
['Na(+)/H(+) exchanger protein    YPO3630', 'cell component', 'membrane'] ['Na(+)/H(+) exchanger protein    YPO3630', 'cell component', 'cytoplasm']
ASK WHERE { resource:Na(+)/H(+)_exchanger_protein____YPO3630 property:cell_component ?z . VALUES ( ?z ) { ( resource:membrane ) ( resource:cytoplasm ) } }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count over Atleast/ Atmost/ Approx. the same/Equal|Single entity type
P180
Q15989253 Q3516658
USER
How many heraldic symbols express approximately 1 part ?
(c(Q3516658),P180,c(Q15989253))
action count
action approx
action find_tuple_counts
relation P180
type Q3516658
type Q15989253
value 1
[{'concept': 'Q3516658'}, 'P180', {'concept': 'Q15989253'}]
SELECT DISTINCT ( COUNT ( ?r ) AS ?o ) WHERE { { SELECT DISTINCT ?r ( COUNT ( ?a ) AS ?i ) WHERE { ?r property:P180 ?a . ?r rdf:type ontology:Q3516658 . ?a rdf:type ontology:Q15989253 } GROUP BY ?r } . FILTER ( ?i = 1 ) }
action count
action approx
action find_tuple_counts
relation depicts
type heraldic symbol
type part
value 1
[{'concept': 'heraldic symbol'}, 'depicts', {'concept': 'part'}]
SELECT DISTINCT ( COUNT ( ?r ) AS ?o ) WHERE { { SELECT DISTINCT ?r ( COUNT ( ?a ) AS ?i ) WHERE { ?r property:depicts ?a . ?r rdf:type ontology:heraldic_symbol . ?a rdf:type ontology:part } GROUP BY ?r } . FILTER ( ?i = 1 ) }
[]
part heraldic symbol
SYSTEM
1
Q557051
(c(Q3516658),P180,c(Q15989253))
action count
action approx
action find_tuple_counts
relation P180
type Q3516658
type Q15989253
value 1
[ANSWER]
[{'concept': 'Q3516658'}, 'P180', {'concept': 'Q15989253'}]
SELECT DISTINCT ( COUNT ( ?r ) AS ?o ) WHERE { { SELECT DISTINCT ?r ( COUNT ( ?a ) AS ?i ) WHERE { ?r property:P180 ?a . ?r rdf:type ontology:Q3516658 . ?a rdf:type ontology:Q15989253 } GROUP BY ?r } . FILTER ( ?i = 1 ) }
anchor
1
action count
action approx
action find_tuple_counts
relation depicts
type heraldic symbol
type part
value 1
[{'concept': 'heraldic symbol'}, 'depicts', {'concept': 'part'}]
SELECT DISTINCT ( COUNT ( ?r ) AS ?o ) WHERE { { SELECT DISTINCT ?r ( COUNT ( ?a ) AS ?i ) WHERE { ?r property:depicts ?a . ?r rdf:type ontology:heraldic_symbol . ?a rdf:type ontology:part } GROUP BY ?r } . FILTER ( ?i = 1 ) }
[]
Quantitative Reasoning (All)
Quantitative|Min/Max|Single entity type
P361
Q5962346 Q15989253
USER
Which classification schemes are min number of parts a part of ?
(c(Q15989253),P361,Q1333831)
action argmin
action find_reverse_tuple_counts
relation P361
type Q5962346
type Q15989253
[{'concept': 'Q15989253'}, 'P361', 'Q1333831']
SELECT DISTINCT ?y WHERE { { SELECT DISTINCT ( MIN ( ?z ) AS ?h ) { SELECT DISTINCT ?x ( COUNT ( ?p ) AS ?z ) WHERE { ?p property:P361 ?x . ?x rdf:type ontology:Q5962346 . ?p rdf:type ontology:Q15989253 } GROUP BY ?x } } . { SELECT DISTINCT ?y ( COUNT ( ?b ) AS ?v ) WHERE { ?b rdf:type ontology:Q15989253 . ?y rdf:type ontology:Q5962346 . ?b property:P361 ?y } GROUP BY ?y } . FILTER ( ?v = ?h ) }
action argmin
action find_reverse_tuple_counts
relation part of
type classification scheme
type part
[{'concept': 'part'}, 'part of', 'Torricelli languages']
SELECT DISTINCT ?y WHERE { { SELECT DISTINCT ( MIN ( ?z ) AS ?h ) { SELECT DISTINCT ?x ( COUNT ( ?p ) AS ?z ) WHERE { ?p property:part_of ?x . ?x rdf:type ontology:classification_scheme . ?p rdf:type ontology:part } GROUP BY ?x } } . { SELECT DISTINCT ?y ( COUNT ( ?b ) AS ?v ) WHERE { ?b rdf:type ontology:part . ?y rdf:type ontology:classification_scheme . ?b property:part_of ?y } GROUP BY ?y } . FILTER ( ?v = ?h ) }
[]
classification scheme part
Q165838 Q7850 Q193870
SYSTEM
limnology, Chinese, tribology
Q55640 Q112608 Q852008 Q13295 Q15062272 Q944056 Q25946 Q56463 Q22231112 Q681495 Q56936 Q7081687 Q35976 Q1346342 Q576879 Q7071313 Q165838 Q351533 Q15271342 Q185925 Q205740 Q2714388 Q7227561 Q5577428 Q179086 Q33253 Q153050 Q205398 Q34049 Q144713 Q380313 Q749496 Q33852 Q3064420 Q3217488 Q1906952 Q770723 Q484761 Q5061477 Q3217380 Q188010 Q626753 Q17449519 Q1008659 Q391015 Q2475746 Q20738 Q3508772 Q15614122 Q20862796 Q183257 Q17308701 Q7193 Q3217465 Q27475 Q1422731 Q33248 Q21200 Q2701314 Q831873 Q1962634 Q106085 Q870895 Q1056396 Q9080204 Q27387 Q7377947 Q787422 Q3399073 Q1334774 Q1517194 Q369472 Q128030 Q3832998 Q126842 Q3217378 Q34181 Q33392 Q1193625 Q1584458 Q7850 Q33146 Q574273 Q4294095 Q56393 Q3217471 Q2354969 Q3477367 Q954016 Q6743068 Q56990 Q1436372 Q34230 Q821525 Q532003 Q41217 Q188504 Q2447424 Q902978 Q27118928 Q16113196 Q828395 Q2029930 Q5390255 Q33911 Q2397881 Q27118889 Q2736449 Q51739 Q3217366 Q193083 Q33669 Q1255897 Q579137 Q6424775 Q20654 Q1603899 Q1738162 Q1636765 Q7827523 Q33010 Q3039115 Q34073 Q236425 Q812943 Q33090 Q3070307 Q27969 Q161272 Q27118795 Q27118381 Q33577 Q1752158 Q3217513 Q12631472 Q3446638 Q32906 Q19814 Q6035631 Q33750 Q1711247 Q520478 Q33514 Q7847646 Q2307476 Q2892258 Q146665 Q216320 Q39167 Q2458420 Q33311 Q323936 Q371304 Q1856439 Q2045692 Q3039108 Q269032 Q3515103 Q1640108 Q2153686 Q2475488 Q33942 Q143158 Q193870 Q2520728 Q5617043 Q626772 Q3183152 Q27065429 Q591763 Q184793 Q6799814 Q3217502 Q1393074 Q1323395 Q5501921 Q3518464 Q349479 Q55638 Q37351 Q3313381 Q179805 Q184274 Q16963847 Q192521 Q37845 Q6741581 Q49228 Q2699398 Q26945334 Q3123021 Q34018 Q34090 Q771124 Q145852 Q26721 Q5551283 Q34171 Q1708174 Q156631 Q815820 Q986800 Q5327877 Q2257525 Q52040 Q730675 Q33738 Q30134 Q2068435 Q5329170 Q840400 Q2701282 Q33860 Q18575626 Q3114989 Q33328 Q794377 Q33536 Q33535 Q1377152 Q1544537 Q12636140 Q3450906 Q2478079 Q2153999 Q2741732 Q1363026 Q4837522 Q281693 Q4866154 Q748487 Q147576 Q1974973 Q4663617 Q7974669 Q34070 Q15102747 Q7022532 Q1792570 Q36363 Q33732 Q44325 Q3699526 Q1460420 Q171184 Q1888151 Q27118900 Q33623 Q1339898 Q1929812 Q11398 Q34030 Q33838 Q3062735 Q34039 Q19860 Q2581700 Q150971 Q1157178 Q33527 Q223750 Q721612 Q17308521 Q26986 Q2038386 Q190637 Q18010843 Q396090 Q2997506 Q480500 Q35878 Q687826 Q33985 Q147356 Q1333831
(c(Q15989253),P361,Q1333831)
action argmin
action find_reverse_tuple_counts
relation P361
type Q5962346
type Q15989253
[ANSWERS] are min number of parts a part of
[{'concept': 'Q15989253'}, 'P361', 'Q1333831']
SELECT DISTINCT ?y WHERE { { SELECT DISTINCT ( MIN ( ?z ) AS ?h ) { SELECT DISTINCT ?x ( COUNT ( ?p ) AS ?z ) WHERE { ?p property:P361 ?x . ?x rdf:type ontology:Q5962346 . ?p rdf:type ontology:Q15989253 } GROUP BY ?x } } . { SELECT DISTINCT ?y ( COUNT ( ?b ) AS ?v ) WHERE { ?b rdf:type ontology:Q15989253 . ?y rdf:type ontology:Q5962346 . ?b property:P361 ?y } GROUP BY ?y } . FILTER ( ?v = ?h ) }
primary sector of the economy Italo-Western languages civil protection South Estonian Morehead and Upper Maro River languages Guajiboan languages Eskimo-Aleut languages Sami languages 2.1 Kainji languages Rgyalrongic languages Ok languages Illyrian languages Anglic languages Yanomaman languages Nyungic languages limnology Adamawa–Ubangi languages Yabutian languages graphic design Egyptian mythology Western Romance languages Ponapeic languages Gogodala–Suki Bora–Witoto languages Benue–Congo languages Low Franconian languages social work Semitic languages East Slavic languages archival science North Bougainville languages Northwest Caucasian languages Ngero–Vitiaz languages Moklen languages Mascoian languages auxiliary sciences of history philosophy of language Central Nahuatl South Bougainville languages ABO blood group system Arawakan languages Trukic–Ponapeic languages Business Psychology Eastern Iranian languages Pano-Tacanan languages Northern Athabaskan languages Sepik languages measure theory Northern Ryukyuan languages psychotherapy Gogodala languages microbiology Kaili–Pamona languages Athabaskan languages Oghur languages Cushitic languages Germanic languages East Barito languages Betriebsfestigkeit news television series North Germanic languages health informatics human resource management Galician-Portuguese Northeast Caucasian languages Rufiji–Ruvuma languages Automatic Control (technology of automation) Schouten languages Lahnda languages Nubian languages computational chemistry dynamics Greater Central Philippine languages philosophy of law Central Visayan languages Siouan languages Algonquian languages social research Visayan languages Chinese Bantu languages municipal law Mirndi languages Ryukyuan languages Ramu–Lower Sepik languages China road numbering business sector Mixe–Zoque languages Malekula Coastal languages Nisoish languages Sira languages Tungusic languages Bodo–Koch languages Sawabantu languages mechanics alternative medicine Matacoan languages Muskogean languages First generation Kairiru-Manam languages social policy organizational studies Candoshi-Chirino languages Zaparoan languages Hindi languages Third generation of Pokémon Khoe languages indigenous languages of the Americas Angan languages Nomenclature of Territorial Units for Statistics Oto-Manguean languages Dinka–Nuer languages Yuman–Cochimí languages Koch languages Pacific Coast Athabaskan languages Makaa–Njem languages Kele languages Qiangic languages Tor–Kwerba languages Aymaran languages North New Guinea languages Uto-Aztecan languages Papuan languages Civil Service Law Cariban languages North and Central Vanuatu languages Ainu languages social psychology fourth generation of Pokémon sixth generation of Pokémon Indo-Aryan languages Border languages Raja Ampat languages Ghotuo-Uneme-Yekhee languages Catawban languages Adamawa languages Romance languages Paniai Lakes languages Mongolic languages Youth work Chibchan languages Indo-Iranian languages Trukic languages Plateau Penutian languages Tiniguan languages South Slavic languages fluid dynamics Laika Tsogo languages Dravidian languages pharmacokinetics Gorontalo–Mongondow languages Nadahup languages industrial and organizational psychology Papuan Tip languages Piaroa–Saliban languages Great Andamanese languages switching technology Arapahoan languages Uru–Chipaya languages Pama–Nyungan languages Malayo-Polynesian languages tribology Administrative Law in Germany Gujarati languages Arawan languages Southern Bantoid languages sixth generation of Pokémon private sector computer-aided design Mbum languages Central and South New Guinea languages Jivaroan languages Ekoid languages French Sign Language family medical classification building industry tertiary sector of the economy Oïl languages Italo-Dalmatian languages political philosophy celestial mechanics Macro-Bai languages technical drawing Altaic languages Malayalam languages Austronesian languages Western Malayo-Polynesian languages Seventh generation of Pokémon Atlas languages trans–New Guinea languages Turkic languages Atlantic–Congo languages West Slavic languages West Germanic languages Type IXA submarine Tai–Kadai languages Bak languages Ugric languages computational fluid dynamics Low German languages East Bird's Head – Sentani languages Eastern Algonquian languages High German languages quantitative research Maya languages Ingvaeonic languages Central–Eastern Oceanic languages Anglo-Frisian languages evolutionary biology Western Oceanic languages Omotic languages Gorontalic Western Nilotic languages Finnic languages Siberian Turkic languages Gur languages Kru languages West Iberian languages Panoan languages Manam languages Behavioural Biology Daly languages Central Algonquian languages Northern Berber languages West Papuan languages Babar languages Misumalpan languages Basa languages Baining languages Eastern Romance languages Guaicuruan languages Abazgi languages Wati languages Tupian languages Western Berber languages Ngondi–Ngiri languages West Scandinavian languages Mixtecan languages North Caucasian languages ontology South Omotic languages emergency management phylogeny Mambiloid languages second generation of Pokémon Iroquoian languages Kypchak languages systemic therapy biological classification Kartvelian languages Niger-Congo languages East Fijian languages Totonacan languages Indo-European languages Arnhem languages computer graphics Oti–Volta languages Iranian languages ancient Roman architecture Algic languages Afenmai-Bendel Na-Dene languages Sotho–Tswana languages Web design Central Jê Agricultural geography Chamic languages Type IX submarine Keresan languages Mbam languages Salishan languages Balto-Slavic languages Torricelli languages
Limnology, Chinese and tribology are min number of parts a part of
limnology Chinese tribology
action argmin
action find_reverse_tuple_counts
relation part of
type classification scheme
type part
[{'concept': 'part'}, 'part of', 'Torricelli languages']
SELECT DISTINCT ?y WHERE { { SELECT DISTINCT ( MIN ( ?z ) AS ?h ) { SELECT DISTINCT ?x ( COUNT ( ?p ) AS ?z ) WHERE { ?p property:part_of ?x . ?x rdf:type ontology:classification_scheme . ?p rdf:type ontology:part } GROUP BY ?x } } . { SELECT DISTINCT ?y ( COUNT ( ?b ) AS ?v ) WHERE { ?b rdf:type ontology:part . ?y rdf:type ontology:classification_scheme . ?b property:part_of ?y } GROUP BY ?y } . FILTER ( ?v = ?h ) }
[]
Clarification
Comparative|Count over More/Less|Mult. entity type|Indirect
P101
Q5962346 Q502895 Q21114848
USER
How many classification schemes do around the same number of people and magazine genres belong to as that classification scheme ?
(c(Q502895)|c(Q21114848),P101,c(Q5962346))
[[{'concept': 'Q502895'}, {'concept': 'Q21114848'}], 'P101', {'concept': 'Q5962346'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?w ) WHERE { { { ?z property:Q627436 ?y } UNION { ?x property:Q627436 ?y } } . ?z rdf:type ontology:Q502895 . ?y rdf:type ontology:Q5962346 . ?x rdf:type ontology:Q21114848 }
[[{'concept': 'common name'}, {'concept': 'magazine genre'}], 'field of work', {'concept': 'classification scheme'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?w ) WHERE { { { ?z property:field_of_work ?y } UNION { ?x property:field_of_work ?y } } . ?z rdf:type ontology:common_name . ?y rdf:type ontology:classification_scheme . ?x rdf:type ontology:magazine_genre }
[]
classification scheme common name magazine genre
Comparative|Count over More/Less|Mult. entity type|Clarification
Q165838
SYSTEM
Did you mean limnology ?
(c(Q502895)|c(Q21114848),P101,c(Q5962346))
[ANSWER]
[[{'concept': 'Q502895'}, {'concept': 'Q21114848'}], 'P101', {'concept': 'Q5962346'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?w ) WHERE { { { ?z property:Q627436 ?y } UNION { ?x property:Q627436 ?y } } . ?z rdf:type ontology:Q502895 . ?y rdf:type ontology:Q5962346 . ?x rdf:type ontology:Q21114848 }
Did you mean limnology ?
limnology
[[{'concept': 'common name'}, {'concept': 'magazine genre'}], 'field of work', {'concept': 'classification scheme'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?w ) WHERE { { { ?z property:field_of_work ?y } UNION { ?x property:field_of_work ?y } } . ?z rdf:type ontology:common_name . ?y rdf:type ontology:classification_scheme . ?x rdf:type ontology:magazine_genre }
[]
Comparative Reasoning (Count) (All)
USER
No, I meant tribology. Could you tell me the answer for that?
(c(Q502895)|c(Q21114848),P101,c(Q5962346))
Q193870
[[{'concept': 'Q502895'}, {'concept': 'Q21114848'}], 'P101', {'concept': 'Q5962346'}]
[[{'concept': 'common name'}, {'concept': 'magazine genre'}], 'field of work', {'concept': 'classification scheme'}]
[]
SYSTEM
44
Q870895 Q10427676 Q33614 Q1944497 Q1338164 Q1711247 Q905036 Q184274 Q56463 Q33146 Q216320 Q175002 Q27796 Q51739 Q150971 Q2045692 Q169921 Q205398 Q19860 Q193870 Q2520728 Q456632 Q380313 Q205143 Q1460420 Q171184 Q3518464 Q33136 Q79890 Q390979 Q7850 Q185925 Q161733 Q37845 Q735602 Q180592 Q853422 Q33322 Q290578 Q1056396 Q27387 Q33527 Q1413406 Q1924856
(c(Q502895)|c(Q21114848),P101,c(Q5962346))
[ANSWER]
[[{'concept': 'Q502895'}, {'concept': 'Q21114848'}], 'P101', {'concept': 'Q5962346'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?w ) WHERE { { { ?z property:Q627436 ?y } UNION { ?x property:Q627436 ?y } } . ?z rdf:type ontology:Q502895 . ?y rdf:type ontology:Q5962346 . ?x rdf:type ontology:Q21114848 }
health informatics civil defense Khoisan languages Crop protection Codicology Youth work computational sociology celestial mechanics Sami languages Bantu languages fluid dynamics developmental psychology Inuit languages indigenous languages of the Americas computer graphics industrial and organizational psychology Ibero-Caucasian languages social work Indo-European languages tribology Administrative Law in Germany information privacy archival science Australian Aboriginal languages emergency management phylogeny medical classification Baltic languages Finno-Ugric languages Polynesian languages Chinese graphic design criminology Altaic languages quantum optics social philosophy Paleomagnetism Hmong–Mien languages Radiophysics human resource management Northeast Caucasian languages Iranian languages technical documentation metal construction
44
[[{'concept': 'common name'}, {'concept': 'magazine genre'}], 'field of work', {'concept': 'classification scheme'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?w ) WHERE { { { ?z property:field_of_work ?y } UNION { ?x property:field_of_work ?y } } . ?z rdf:type ontology:common_name . ?y rdf:type ontology:classification_scheme . ?x rdf:type ontology:magazine_genre }
[]