Simple Question (Direct)
Simple Question
Q522014
P21
Q290
USER
What is the sex of André Müller ?
(Q522014,P21,c(Q290))
action filter_type
action find
entity Q522014
relation P21
type Q290
['Q522014', 'P21', {'concept': 'Q290'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:Q290 . resource:Q522014 property:P21 ?p }
André Müller
action filter_type
action find
entity André Müller
relation gender
type sex
['André Müller', 'gender', {'concept': 'sex'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:sex . resource:André_Müller property:gender ?p }
[]
sex
Q6581097
SYSTEM
male
Q6581097
(Q522014,P21,c(Q290))
action filter_type
action find
entity Q522014
relation P21
type Q290
The sex of André Müller is a [ANSWER]
['Q522014', 'P21', {'concept': 'Q290'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:Q290 . resource:Q522014 property:P21 ?p }
male
The sex of André Müller is a male
male
action filter_type
action find
entity André Müller
relation gender
type sex
['André Müller', 'gender', {'concept': 'sex'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:sex . resource:André_Müller property:gender ?p }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q522014
P19
Q56061
USER
Which administrative territory was André Müller born in ?
(Q522014,P19,c(Q56061))
action filter_type
action find
entity Q522014
relation P19
type Q56061
['Q522014', 'P19', {'concept': 'Q56061'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:Q56061 . resource:Q522014 property:P19 ?p }
André Müller
action filter_type
action find
entity André Müller
relation place of birth
type administrative territorial entity
['André Müller', 'place of birth', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:administrative_territorial_entity . resource:André_Müller property:place_of_birth ?p }
[]
administrative territorial entity
Q365
SYSTEM
Cologne
Q365
(Q522014,P19,c(Q56061))
action filter_type
action find
entity Q522014
relation P19
type Q56061
André Müller was born in [ANSWER]
['Q522014', 'P19', {'concept': 'Q56061'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:Q56061 . resource:Q522014 property:P19 ?p }
Cologne
André Müller was born in Cologne
Cologne
action filter_type
action find
entity André Müller
relation place of birth
type administrative territorial entity
['André Müller', 'place of birth', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ?p WHERE { ?p rdf:type ontology:administrative_territorial_entity . resource:André_Müller property:place_of_birth ?p }
[]
Quantitative Reasoning (All)
Quantitative|Min/Max|Single entity type
P532
Q56061 Q2235308
USER
Which ship types have min number of administrative territories as their base harbour ?
(c(Q2235308),P532,c(Q56061))
action argmin
action find_tuple_counts
relation P532
type Q2235308
type Q56061
[{'concept': 'Q2235308'}, 'P532', {'concept': 'Q56061'}]
SELECT DISTINCT ?q WHERE { { SELECT DISTINCT ( MIN ( ?c ) AS ?e ) { SELECT DISTINCT ?g ( COUNT ( ?h ) AS ?c ) WHERE { ?g property:P532 ?h . ?g rdf:type ontology:Q2235308 . ?h rdf:type ontology:Q56061 } GROUP BY ?g } } . { SELECT DISTINCT ?q ( COUNT ( ?j ) AS ?w ) WHERE { ?q property:P532 ?j . ?j rdf:type ontology:Q56061 . ?q rdf:type ontology:Q2235308 } GROUP BY ?q } . FILTER ( ?w = ?e ) }
action argmin
action find_tuple_counts
relation port of registry
type ship type
type administrative territorial entity
[{'concept': 'ship type'}, 'port of registry', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ?q WHERE { { SELECT DISTINCT ( MIN ( ?c ) AS ?e ) { SELECT DISTINCT ?g ( COUNT ( ?h ) AS ?c ) WHERE { ?g property:port_of_registry ?h . ?g rdf:type ontology:ship_type . ?h rdf:type ontology:administrative_territorial_entity } GROUP BY ?g } } . { SELECT DISTINCT ?q ( COUNT ( ?j ) AS ?w ) WHERE { ?q property:port_of_registry ?j . ?j rdf:type ontology:administrative_territorial_entity . ?q rdf:type ontology:ship_type } GROUP BY ?q } . FILTER ( ?w = ?e ) }
[]
administrative territorial entity ship type
Q558338 Q10689324 Q56839
SYSTEM
RV Polarstern, T46, USNS Puerto Rico
Q24027529 Q24027524 Q24027523 Q24027520 Q24027521 Q558338 Q24027098 Q5416 Q23935687 Q24027294 Q24027295 Q24027296 Q24027297 Q24027290 Q24027291 Q24027293 Q24027355 Q24027354 Q24027357 Q24027356 Q24027298 Q24027350 Q24027353 Q24027352 Q24027450 Q24027456 Q24027457 Q10659232 Q24027455 Q24027458 Q24027459 Q671137 Q24027390 Q24027188 Q24027189 Q23936292 Q24027181 Q24027183 Q24027184 Q24027185 Q24027186 Q24027187 Q24026972 Q21590707 Q24026970 Q24026971 Q24026976 Q24026974 Q24026975 Q24026978 Q24026979 Q24027078 Q24027079 Q24027075 Q24027076 Q24027077 Q24027070 Q24027071 Q24027072 Q24027073 Q24027175 Q24027174 Q24027177 Q24027279 Q24027171 Q24027170 Q24027173 Q24027172 Q24027272 Q24027270 Q24027179 Q24027178 Q24027274 Q24027275 Q24027269 Q24027009 Q24027008 Q24027001 Q24027000 Q24027003 Q24027386 Q24027005 Q24027004 Q24027007 Q24027006 Q24027467 Q24027418 Q24027416 Q24027414 Q24027412 Q24027413 Q24027410 Q3432142 Q21546160 Q7393645 Q24027302 Q24027303 Q24027300 Q24027301 Q24027306 Q24027307 Q24027304 Q24027305 Q24027359 Q24027308 Q24027309 Q24027358 Q25933427 Q64846 Q24027251 Q24027452 Q24027234 Q24027235 Q24027232 Q24027233 Q24027230 Q24027231 Q24027238 Q24027239 Q24027025 Q24027364 Q24026989 Q24026988 Q6720075 Q24026983 Q24026982 Q24026981 Q24026980 Q24026986 Q24026985 Q24026984 Q24027045 Q24027044 Q24027128 Q24027129 Q24027041 Q24027040 Q24027043 Q24027042 Q24027122 Q24027123 Q24027120 Q24027121 Q24027126 Q24027127 Q24027124 Q24027125 Q24026938 Q24026939 Q24026936 Q24026937 Q24027180 Q24026935 Q24026932 Q24026933 Q24026930 Q24026931 Q24027513 Q24027512 Q24027511 Q24027510 Q24027517 Q24027516 Q24027514 Q24027401 Q24027519 Q24027518 Q24027299 Q24027400 Q1376616 Q321512 Q24027118 Q24027349 Q24027346 Q24027347 Q24027344 Q24027345 Q24027343 Q24027340 Q24027112 Q7394354 Q24027466 Q24027465 Q24027464 Q24027463 Q24027462 Q24027461 Q24027460 Q24027059 Q24027469 Q24027468 Q26884343 Q24027438 Q24027439 Q2017178 Q24027249 Q23930851 Q24026947 Q24026946 Q24026945 Q24026943 Q24026942 Q24026941 Q24026940 Q24026949 Q24026948 Q24027081 Q24027080 Q24027083 Q24027082 Q24027085 Q24027084 Q24027087 Q24027086 Q24027088 Q24027050 Q24027166 Q24027167 Q24027164 Q24027162 Q24027163 Q24027160 Q24027161 Q24027247 Q24027246 Q24027245 Q24027244 Q24027243 Q24027242 Q24027168 Q24027240 Q23936293 Q24027051 Q24027237 Q24027437 Q24027018 Q24027019 Q887782 Q24027012 Q24027013 Q24026934 Q24027017 Q24683722 Q24027015 Q24027422 Q24027421 Q24027420 Q24027427 Q24027426 Q24027425 Q24027424 Q24027429 Q24027428 Q24027337 Q24027336 Q24027335 Q24027334 Q24027333 Q24027332 Q24027331 Q24027330 Q24027339 Q24027338 Q24027192 Q872070 Q24027328 Q56839 Q24027208 Q24027203 Q24027200 Q24027206 Q24027205 Q24027204 Q4922515 Q24026998 Q24026999 Q24026994 Q24026995 Q24026996 Q24026997 Q24026990 Q24026991 Q24026992 Q24026993 Q24027056 Q24027057 Q24027054 Q24027055 Q24027052 Q24027053 Q24027119 Q1926275 Q24027117 Q24027116 Q24027115 Q24027113 Q24027111 Q24027110 Q24027010 Q19896387 Q24027506 Q24027507 Q24027500 Q24027501 Q24027502 Q24027503 Q24027016 Q24027508 Q24027509 Q10659340 Q24027448 Q24027478 Q24027479 Q24027371 Q24027370 Q24027377 Q24027375 Q24027374 Q24027470 Q24027471 Q24027472 Q24027378 Q24027476 Q24027475 Q24027046 Q2714285 Q24027477 Q24027248 Q24027049 Q24027047 Q24027485 Q24027481 Q24027480 Q24027483 Q24027489 Q24027488 Q190542 Q19875522 Q24027278 Q24027092 Q24027093 Q24027090 Q24027091 Q24027096 Q24027097 Q24027094 Q24027095 Q24027153 Q24027152 Q24027151 Q24027150 Q24027157 Q24027156 Q24027155 Q24027154 Q24027398 Q24027252 Q24027253 Q24027254 Q24027256 Q24027257 Q24027391 Q24027259 Q24027393 Q24027392 Q24027395 Q24027394 Q24027397 Q24027396 Q1328104 Q23935690 Q24027276 Q24027277 Q24027029 Q24027027 Q24027026 Q24026973 Q24027024 Q24027023 Q24027022 Q24027021 Q24027020 Q24026958 Q24026959 Q3273204 Q24026950 Q24026951 Q24026952 Q24026953 Q24026954 Q24026955 Q24026956 Q24026957 Q24027434 Q24027435 Q24027436 Q24027241 Q24027430 Q24027433 Q24027531 Q24027227 Q24027533 Q24027226 Q24027408 Q24027197 Q15804931 Q24027222 Q24027218 Q24027283 Q24027281 Q24027280 Q24027287 Q24027285 Q24027284 Q24027320 Q24027321 Q24027322 Q24027288 Q24027324 Q24027326 Q24027327 Q24027441 Q24027440 Q24027443 Q24027442 Q24027444 Q24027447 Q24027446 Q24027449 Q644078 Q24027217 Q15806486 Q2859581 Q23936306 Q6717728 Q24027194 Q24027193 Q24027219 Q24027191 Q24027190 Q24027214 Q24027215 Q24027216 Q24027210 Q24027211 Q24027212 Q24027213 Q23930837 Q24026961 Q24026960 Q24026963 Q24026962 Q24026965 Q24026964 Q24026967 Q24026966 Q24026969 Q24027069 Q24027068 Q24027061 Q24027060 Q24027067 Q24027066 Q24027065 Q24027064 Q24027101 Q24027103 Q24027104 Q24027105 Q24027106 Q24027107 Q24027108 Q24027109 Q24027262 Q24027265 Q24027264 Q24027267 Q24027266 Q24026915 Q24026916 Q17374114 Q1094175 Q24026919 Q885761 Q19277222 Q10542891 Q24027365 Q24027366 Q24027367 Q24027360 Q24027361 Q24027362 Q24027363 Q24027405 Q24027404 Q24027407 Q24027368 Q24027369 Q24027402 Q7440002 Q10689319 Q6718072 Q4833112 Q24027030 Q1844689 Q24027138 Q24027342 Q24027311 Q24027310 Q24027313 Q24027312 Q24027315 Q24027314 Q24027317 Q24027316 Q24027319 Q24027318 Q24027341 Q10689326 Q10689324 Q24027497 Q24027494 Q24027495 Q24027493 Q24027490 Q24027491 Q24027037 Q24027498 Q24027499 Q24027038 Q24027039 Q24027134 Q24027148 Q24027144 Q24027145 Q24027146 Q24027147 Q24027140 Q24027141 Q24027142 Q24027143 Q24027225 Q24027224 Q24027388 Q24027389 Q24027221 Q24027220 Q24027223 Q23936316 Q24027382 Q24027380 Q24027381 Q24027229 Q24027387 Q24027384 Q24027385 Q24027100 Q24027268 Q469715 Q24027139 Q24027031 Q24027032 Q24027033 Q24027034 Q24027035 Q24027036 Q24027131 Q24027130 Q24027133 Q24027132 Q24027135 Q24027159 Q24027137 Q24027136 Q24027261 Q24027158 Q24026929 Q24026928 Q24027260 Q24026925 Q24026924 Q24026927 Q24026926 Q24026921 Q24026920 Q24026923 Q24026922
(c(Q2235308),P532,c(Q56061))
action argmin
action find_tuple_counts
relation P532
type Q2235308
type Q56061
[ANSWERS] have min number of administrative territories as their base harbour
[{'concept': 'Q2235308'}, 'P532', {'concept': 'Q56061'}]
SELECT DISTINCT ?q WHERE { { SELECT DISTINCT ( MIN ( ?c ) AS ?e ) { SELECT DISTINCT ?g ( COUNT ( ?h ) AS ?c ) WHERE { ?g property:P532 ?h . ?g rdf:type ontology:Q2235308 . ?h rdf:type ontology:Q56061 } GROUP BY ?g } } . { SELECT DISTINCT ?q ( COUNT ( ?j ) AS ?w ) WHERE { ?q property:P532 ?j . ?j rdf:type ontology:Q56061 . ?q rdf:type ontology:Q2235308 } GROUP BY ?q } . FILTER ( ?w = ?e ) }
Claverdale Cliftonian Florrie Glantivy Cheltonian RV Polarstern Eagle MS Isabelle Elizabeth Ann Catherine Anne Charlotte Pilgrim Martha Jane Alert Mary Retina Noah Rowland Evans Jane Maria Crusader Progress Solway Pleiades Fairy Owny Belle Dora Ann Adela S Hills S/S Blidösund Maglona Conovium Morning Star MV Brigitte Bardot Dovey Belle Dreadnought Jane Williams Agenoria Leander John James Lettice Catherine Farmers Lass Orcadia Anne Davies Diligence Ardmore Sealeader Salathiel Energy Urgent Letitia Brothers Ceres Aeron Lass Ellen Owen Mantura Urania Mary Anne Elizabeth Lewis George Ann Margaretta Friendship Catherine & Mary Equity Eagle Eyed Glenaros Mary Davies Queen of the Isles Prima Donna Thomas Confidence Hannah Nive Naomi Dewi Lass Anne Jane Helena Taliesin Cambrian Belle Atalanta Bee Mountain Lass William & Mary Turtle Dove Friends Ellen Adelaide Martha Lloyd Courier Lerry Claudia Ivanhoe Ina Lass Cecil Brindley Golar Spirit MV Maritec SS Empire Endurance Hind Fairlina Joan Cunllo Prince of Wales Aurora Ann Davies Montego Gertrude Ceredig Martha Lloyd William Landreth Retriever High Barbaree MS Skåne Panthea Ann Jones Killia Lass Jane Belem Alberta Agnes Fraser Main Volunteer Eunice Mary Hughes Lovina Bee Hope MV Spreewald Fair Hope Beryl Dovey Packet Candace Lydia Speculation Clara Nanteos Carn Brea Lady of the Forest Nathaniel Ontario Herald Anna Maria Margaret Jones Jane Gwynne Arica Jane Davies Hawendale Elizabeth & Margaret Rheidol Vale Candor Prince Llewelyn Clarissa Elizabeth Thomas New Diligence Ella Pacific Maria George Reynolds Mary Anna Argo Towy Santon Glanyrafon Harperly Glanhafren Venus Glanystwyth Pluvier J. Llewellyn Alton Towers Feliciana Catherine Morgan J.W.A. SS Norge Alster Sarah Bridget Castle Eden Walter J. Cummins Sea Queen Hetty Mary Zingara Ocean Dart Zulette Sarah SS Scharnhorst Eleanor & Jane Agenoria Maggie Phillips Rheidol Nerissa Caroline Spooner General Nott Adoram Lady Agnes George & Lizzie STI Poplar Plover Maggie Cummings Oker Glenara Capricorn Prudence Jane Adroit Primrose John & Ann Levant Ellen Eaglet Jane Ellen Dove Glynaeron Padarn Arcturus Edward John Eleanor Jane Jones Cwmsymlog John & Margaret Loyalty Maria & Ann Marmion Claudia Albion Mary Rees Two sisters Puella Berlin Nimrod Jane Elizabeth Anne Jenkins Credo Cricket Louisa Jane Morben Providence Anne & Mary Lima Agnes Cairnes Mary Lloyd Jane MY Bob Barker Jane Ellen Pyrenee Two Brothers Gwalia Cirrus Gowerian Champion Gipsy King John Ewing Cygnet P.M. Willcock Lorne Derby Ella Swallow Fanny Fothergill Catherine Acorn Albatross Isabella Julianna Oronsa John Elias General Nott Ellen Beatrice Maid of Meirion German frigate Lübeck Sarah Phillips USNS Puerto Rico Heather Bell Ocean Belle Maria Anna Aretas Ann & Margaret Syren Blackadder Orion Prima Dudgeon Margaret Ann Aeron Maid Reform Lovely Lass Conovium Major Nanney Amity Henry & Dora Heart of Oak Ann & Elizabeth Ruby Anne Jones Catherine Beatrice MY Steve Irwin Mary Jones Peerless Eliza & Hannah Eliza Jenkins All Right Jane Owens Viscata Asta av Smögen Porpoise Norseman Etonian Rugbeian Carthusian Breconian Victoria Crescent Blue & White S/S Storskär Desdemona Raymond Comet Dreadnought Napoleon Leah Swell Rheidol Queen Hero Isobel Queen's Cliff Hope Adrienne Pearl Ellen MS Rosella Lynwood Prairie Flower Active Egcrateia Glanwern Miss Hughes Advance Edith Eleanor Glanrheidol Cadwgan Costa Concordia Big Fish Susannah Knapp Philanthropist Magdalen Esther Eleanor Anne Warren Myra Union Packet Ellen Edwards Hagar Hedessa Messenger Spread Eagle Nymph Faithful Sister Caroline Maria Roseina Lizzie Jane Sarah Jane Wellington Bessie Messenger Bezaleel Jane Rowland Ann & Mary Antelope Jane Lois Henry E. Taylor Jane Catherine Alfa Nero Azorean J.W. James Bristol Packet Aeron Queen Melodia Malvina Velocity Jane & Mary Gleaner Dart Margaret Evans Martin Omnibus MV Barfleur Ospray Integrity Lively Lass Anne Elizabeth Waterloo John & Mary Faithful Mother Industry Eastward Ianthe Resolven Ionian Belle Alice & Eliza Fleetwing Erycina Utopia Mela Hetty Ellen Ethel Anne Eliza Jane Linzerin Thomas & Sons Elizabeth Jane Margaretta Bertie Squirrel Ann Eliza Emily Agnes Alicia Summer Cloud Ada & Alice Catherine Hendry George Evans Prince Cadwgan U. Larsing Annie Maude Sophia & Emily Nymph Cambrian Doris Shon Quilt Excelsior Martha & Harriet Lady Pryse Preußen Aeron Vale Dortmund Arawak Zouave MSC Geneva Heedful Emrys Eleanor Thomas Anne Catherine Ada Letitia Sarah Davies Eleanor Francis Margaret Jane John James Industry Marwood Rosina Jane Morriston Affines Excellent Nymph Mary Jane Alert Ann Sylph Bristol Trader Hope Enterprise Aeron Belle Fanny Taylor Ellen Express Brothers Castle Annsboro Drusus Jane Morgans Elizabeth Davies Meridian Strata Florida Majestic Mary Botwood Laura John William John William Keldhead Ceres Susanna Gwenllian Velocity M/S Elfkungen MV City of St. Petersburg Kate MV Blue Marlin Ceona Amazon Kalmarsund VIII Glad Tidings Star of Wales Sir Robert McClure Naomi Rheidol Queen Ellen Anne Levant Rosland Zenobia Clarita Patriot Priscilla M.A. Jones Sea Shepherd II T26 MS Gemini Azurite FDPSO Alice RV Farley Mowat Britannia Mela Kate Sophia Principality Elizabeth Gwladys Madona Native M. A. Evans Clarovine Annie Ramsay Maelota Isabel T56 T46 Johann Caradog Theodore Engels Glanystwyth General Picton Eleanor & Jane Ifor Firefly Jubilee Ceylon Susanna Nell Lois Mary Sarah Mary Jane Eigen Cambria Eugenia Battus Jane Griffiths Severn John Pierce Blue Jacket Mediterranean Triton Ann & Betsy Tirsah Jane Herbert Eliza Francis Rebecca Native Pearl Oneida Aberystwyth Emma Alice Rachel Lewis Sarah Ann Favourite Atlantic MV Colombo Express Sisters John & Mary Ellen Catherine Camden Marys Resolute MARY & ELLEN Truant Wasp Louisa Ann Countess of Lisburne Sarah & Mary Favourite Anne Bodotria Ystwyth Burncoose Exchange Honora Convoy Valentine Gambia Catherine & Jane Mair Perseverance Idea Pandora Ellen
RV Polarstern, T46 and USNS Puerto Rico have min number of administrative territories as their base harbour
RV Polarstern T46 USNS Puerto Rico
action argmin
action find_tuple_counts
relation port of registry
type ship type
type administrative territorial entity
[{'concept': 'ship type'}, 'port of registry', {'concept': 'administrative territorial entity'}]
SELECT DISTINCT ?q WHERE { { SELECT DISTINCT ( MIN ( ?c ) AS ?e ) { SELECT DISTINCT ?g ( COUNT ( ?h ) AS ?c ) WHERE { ?g property:port_of_registry ?h . ?g rdf:type ontology:ship_type . ?h rdf:type ontology:administrative_territorial_entity } GROUP BY ?g } } . { SELECT DISTINCT ?q ( COUNT ( ?j ) AS ?w ) WHERE { ?q property:port_of_registry ?j . ?j rdf:type ontology:administrative_territorial_entity . ?q rdf:type ontology:ship_type } GROUP BY ?q } . FILTER ( ?w = ?e ) }
[]
Quantitative Reasoning (All)
Quantitative|Atleast/ Atmost/ Approx. the same/Equal|Single entity type
P138
Q2235308 Q271669
USER
Which landforms have exactly 1 ship type as their namesake ?
(c(Q271669),P138,c(Q2235308))
action equal
action find_tuple_counts
relation P138
type Q271669
type Q2235308
value 1
[{'concept': 'Q271669'}, 'P138', {'concept': 'Q2235308'}]
SELECT DISTINCT ?p WHERE { { SELECT DISTINCT ?p ( COUNT ( ?a ) AS ?c ) WHERE { ?p property:P138 ?a . ?p rdf:type ontology:Q271669 . ?a rdf:type ontology:Q2235308 } GROUP BY ?p } . FILTER ( ?c = 1 ) }
action equal
action find_tuple_counts
relation named after
type landform
type ship type
value 1
[{'concept': 'landform'}, 'named after', {'concept': 'ship type'}]
SELECT DISTINCT ?p WHERE { { SELECT DISTINCT ?p ( COUNT ( ?a ) AS ?c ) WHERE { ?p property:named_after ?a . ?p rdf:type ontology:landform . ?a rdf:type ontology:ship_type } GROUP BY ?p } . FILTER ( ?c = 1 ) }
[]
ship type landform
Q1144595 Q1427436 Q7315689
SYSTEM
Victoria, Chatham Island, Resolution Rupes
Q7315689 Q7559821 Q2280548 Q4686534 Q766103 Q1144595 Q4876094 Q7419760 Q1427436
(c(Q271669),P138,c(Q2235308))
action equal
action find_tuple_counts
relation P138
type Q271669
type Q2235308
value 1
[ANSWERS] have exactly 1 ship type as their namesake
[{'concept': 'Q271669'}, 'P138', {'concept': 'Q2235308'}]
SELECT DISTINCT ?p WHERE { { SELECT DISTINCT ?p ( COUNT ( ?a ) AS ?c ) WHERE { ?p property:P138 ?a . ?p rdf:type ontology:Q271669 . ?a rdf:type ontology:Q2235308 } GROUP BY ?p } . FILTER ( ?c = 1 ) }
Resolution Rupes Uruguay Island Discovery Rupes Adventure Rupes Shannon Island Victoria Beagle Rupes Santa María Rupes Chatham Island
Victoria, Chatham Island and Resolution Rupes have exactly 1 ship type as their namesake
Victoria Chatham Island Resolution Rupes
action equal
action find_tuple_counts
relation named after
type landform
type ship type
value 1
[{'concept': 'landform'}, 'named after', {'concept': 'ship type'}]
SELECT DISTINCT ?p WHERE { { SELECT DISTINCT ?p ( COUNT ( ?a ) AS ?c ) WHERE { ?p property:named_after ?a . ?p rdf:type ontology:landform . ?a rdf:type ontology:ship_type } GROUP BY ?p } . FILTER ( ?c = 1 ) }
[]
Logical Reasoning (All)
Logical|Union|Multiple_Relation
Q17007080 Q522014
P27 P17
Q1048835
USER
Which political territories are André Müller a civilian of or are Horatio Jones house a part of ?
OR((Q522014,P27,c(Q1048835)), (Q17007080,P17,c(Q1048835)))
action filter_type
action union
action find
entity Q522014
relation P27
action find
entity Q17007080
relation P17
type Q1048835
{'OR': [['Q522014', 'P27', {'concept': 'Q1048835'}], ['Q17007080', 'P17', {'concept': 'Q1048835'}]]}
SELECT DISTINCT ?p WHERE { { { resource:Q17007080 property:P17 ?p } UNION { resource:Q522014 property:P27 ?p } } . ?p rdf:type ontology:Q1048835 }
Horatio Jones house André Müller
action filter_type
action union
action find
entity André Müller
relation country of citizenship
action find
entity Horatio Jones house
relation country
type political territorial entity
{'OR': [['André Müller', 'country of citizenship', {'concept': 'political territorial entity'}], ['Horatio Jones house', 'country', {'concept': 'political territorial entity'}]]}
SELECT DISTINCT ?p WHERE { { { resource:Horatio_Jones_house property:country ?p } UNION { resource:André_Müller property:country_of_citizenship ?p } } . ?p rdf:type ontology:political_territorial_entity }
[]
political territorial entity
Q408 Q183
SYSTEM
Australia, Germany
Q408 Q183
OR((Q522014,P27,c(Q1048835)), (Q17007080,P17,c(Q1048835)))
action filter_type
action union
action find
entity Q522014
relation P27
action find
entity Q17007080
relation P17
type Q1048835
[ANSWERS] are André Müller a civilian of or are Horatio Jones house a part of
{'OR': [['Q522014', 'P27', {'concept': 'Q1048835'}], ['Q17007080', 'P17', {'concept': 'Q1048835'}]]}
SELECT DISTINCT ?p WHERE { { { resource:Q17007080 property:P17 ?p } UNION { resource:Q522014 property:P27 ?p } } . ?p rdf:type ontology:Q1048835 }
Australia Germany
Australia and Germany are André Müller a civilian of or are Horatio Jones house a part of
Australia Germany
action filter_type
action union
action find
entity André Müller
relation country of citizenship
action find
entity Horatio Jones house
relation country
type political territorial entity
{'OR': [['André Müller', 'country of citizenship', {'concept': 'political territorial entity'}], ['Horatio Jones house', 'country', {'concept': 'political territorial entity'}]]}
SELECT DISTINCT ?p WHERE { { { resource:Horatio_Jones_house property:country ?p } UNION { resource:André_Müller property:country_of_citizenship ?p } } . ?p rdf:type ontology:political_territorial_entity }
[]
Clarification
Comparative|Count over More/Less|Single entity type|Indirect
P1427
Q1048835 Q2912397
USER
How many political territories gives the origination point of less number of single-day races than that political territory ?
(c(Q2912397),P1427,c(Q1048835))
[{'concept': 'Q2912397'}, 'P1427', {'concept': 'Q1048835'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?x ) WHERE { ?z property:P1427 ?y . ?z rdf:type ontology:Q2912397 . ?y rdf:type ontology:Q1048835 }
[{'concept': 'single-day race'}, 'start point', {'concept': 'political territorial entity'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?x ) WHERE { ?z property:start_point ?y . ?z rdf:type ontology:single-day_race . ?y rdf:type ontology:political_territorial_entity }
[]
political territorial entity single-day race
Comparative|Count over More/Less|Single entity type|Clarification
Q408
SYSTEM
Did you mean Australia ?
(c(Q2912397),P1427,c(Q1048835))
[ANSWER]
[{'concept': 'Q2912397'}, 'P1427', {'concept': 'Q1048835'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?x ) WHERE { ?z property:P1427 ?y . ?z rdf:type ontology:Q2912397 . ?y rdf:type ontology:Q1048835 }
Did you mean Australia ?
Australia
[{'concept': 'single-day race'}, 'start point', {'concept': 'political territorial entity'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?x ) WHERE { ?z property:start_point ?y . ?z rdf:type ontology:single-day_race . ?y rdf:type ontology:political_territorial_entity }
[]
Comparative Reasoning (Count) (All)
USER
No, I meant Germany. Could you tell me the answer for that?
(c(Q2912397),P1427,c(Q1048835))
Q183
[{'concept': 'Q2912397'}, 'P1427', {'concept': 'Q1048835'}]
[{'concept': 'single-day race'}, 'start point', {'concept': 'political territorial entity'}]
[]
SYSTEM
0
(c(Q2912397),P1427,c(Q1048835))
[ANSWER]
[{'concept': 'Q2912397'}, 'P1427', {'concept': 'Q1048835'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?x ) WHERE { ?z property:P1427 ?y . ?z rdf:type ontology:Q2912397 . ?y rdf:type ontology:Q1048835 }
0
[{'concept': 'single-day race'}, 'start point', {'concept': 'political territorial entity'}]
SELECT DISTINCT ( COUNT ( ?y ) AS ?x ) WHERE { ?z property:start_point ?y . ?z rdf:type ontology:single-day_race . ?y rdf:type ontology:political_territorial_entity }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count over Atleast/ Atmost/ Approx. the same/Equal|Mult. entity type
P206
Q15324 Q355304 Q56061
USER
How many administrative territories are situated in the neighbourhood of atleast 5 bodies of water and watercourses ?
(c(Q56061),P206,c(Q15324)|c(Q355304))
action count
action atleast
action union
action find_tuple_counts
relation P206
type Q56061
type Q15324
action find_tuple_counts
relation P206
type Q56061
type Q355304
value 5
[{'concept': 'Q56061'}, 'P206', [{'concept': 'Q15324'}, {'concept': 'Q355304'}]]
SELECT DISTINCT ( COUNT ( ?i ) AS ?q ) WHERE { FILTER ( ?k >= 5 ) . { SELECT DISTINCT ( COUNT ( ?m ) AS ?k ) ?i WHERE { { ?i property:P206 ?m . ?m rdf:type ontology:Q355304 . ?i rdf:type ontology:Q56061 } UNION { ?i property:P206 ?m . ?i rdf:type ontology:Q56061 . ?m rdf:type ontology:Q15324 } } GROUP BY ?i } }
action count
action atleast
action union
action find_tuple_counts
relation located next to body of water
type administrative territorial entity
type body of water
action find_tuple_counts
relation located next to body of water
type administrative territorial entity
type watercourse
value 5
[{'concept': 'administrative territorial entity'}, 'located next to body of water', [{'concept': 'body of water'}, {'concept': 'watercourse'}]]
SELECT DISTINCT ( COUNT ( ?i ) AS ?q ) WHERE { FILTER ( ?k >= 5 ) . { SELECT DISTINCT ( COUNT ( ?m ) AS ?k ) ?i WHERE { { ?i property:located_next_to_body_of_water ?m . ?m rdf:type ontology:watercourse . ?i rdf:type ontology:administrative_territorial_entity } UNION { ?i property:located_next_to_body_of_water ?m . ?i rdf:type ontology:administrative_territorial_entity . ?m rdf:type ontology:body_of_water } } GROUP BY ?i } }
[]
body of water watercourse administrative territorial entity
SYSTEM
2
Q2103 Q60
(c(Q56061),P206,c(Q15324)|c(Q355304))
action count
action atleast
action union
action find_tuple_counts
relation P206
type Q56061
type Q15324
action find_tuple_counts
relation P206
type Q56061
type Q355304
value 5
[ANSWER]
[{'concept': 'Q56061'}, 'P206', [{'concept': 'Q15324'}, {'concept': 'Q355304'}]]
SELECT DISTINCT ( COUNT ( ?i ) AS ?q ) WHERE { FILTER ( ?k >= 5 ) . { SELECT DISTINCT ( COUNT ( ?m ) AS ?k ) ?i WHERE { { ?i property:P206 ?m . ?m rdf:type ontology:Q355304 . ?i rdf:type ontology:Q56061 } UNION { ?i property:P206 ?m . ?i rdf:type ontology:Q56061 . ?m rdf:type ontology:Q15324 } } GROUP BY ?i } }
Bochum New York City
2
action count
action atleast
action union
action find_tuple_counts
relation located next to body of water
type administrative territorial entity
type body of water
action find_tuple_counts
relation located next to body of water
type administrative territorial entity
type watercourse
value 5
[{'concept': 'administrative territorial entity'}, 'located next to body of water', [{'concept': 'body of water'}, {'concept': 'watercourse'}]]
SELECT DISTINCT ( COUNT ( ?i ) AS ?q ) WHERE { FILTER ( ?k >= 5 ) . { SELECT DISTINCT ( COUNT ( ?m ) AS ?k ) ?i WHERE { { ?i property:located_next_to_body_of_water ?m . ?m rdf:type ontology:watercourse . ?i rdf:type ontology:administrative_territorial_entity } UNION { ?i property:located_next_to_body_of_water ?m . ?i rdf:type ontology:administrative_territorial_entity . ?m rdf:type ontology:body_of_water } } GROUP BY ?i } }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q183
P137
Q2424752
USER
Which product was operated by Germany ?
(c(Q2424752),P137,Q183)
action filter_type
action find_reverse
entity Q183
relation P137
type Q2424752
[{'concept': 'Q2424752'}, 'P137', 'Q183']
SELECT DISTINCT ?z WHERE { ?z rdf:type ontology:Q2424752 . ?z property:P137 resource:Q183 }
Germany
action filter_type
action find_reverse
entity Germany
relation operator
type product
[{'concept': 'product'}, 'operator', 'Germany']
SELECT DISTINCT ?z WHERE { ?z rdf:type ontology:product . ?z property:operator resource:Germany }
[]
product
Q666994
SYSTEM
PC-9
Q666994
(c(Q2424752),P137,Q183)
action filter_type
action find_reverse
entity Q183
relation P137
type Q2424752
[ANSWER] was operated by Germany
[{'concept': 'Q2424752'}, 'P137', 'Q183']
SELECT DISTINCT ?z WHERE { ?z rdf:type ontology:Q2424752 . ?z property:P137 resource:Q183 }
PC-9
PC-9 was operated by Germany
PC-9
action filter_type
action find_reverse
entity Germany
relation operator
type product
[{'concept': 'product'}, 'operator', 'Germany']
SELECT DISTINCT ?z WHERE { ?z rdf:type ontology:product . ?z property:operator resource:Germany }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q666994
P121
Q1875621
USER
Which aircraft classes handle the operation of that product ?
(c(Q1875621),P121,Q666994)
action filter_type
action find_reverse
entity Q666994
relation P121
type Q1875621
[{'concept': 'Q1875621'}, 'P121', 'Q666994']
SELECT DISTINCT ?w WHERE { ?w rdf:type ontology:Q1875621 . ?w property:P121 resource:Q666994 }
PC-9
action filter_type
action find_reverse
entity PC-9
relation item operated
type aircraft class
[{'concept': 'aircraft class'}, 'item operated', 'PC-9']
SELECT DISTINCT ?w WHERE { ?w rdf:type ontology:aircraft_class . ?w property:item_operated resource:PC-9 }
[]
aircraft class
Q24266771 Q17438330
SYSTEM
PC-9 fleet, Angolan PC-9 fleet
Q24266771 Q17438330
(c(Q1875621),P121,Q666994)
action filter_type
action find_reverse
entity Q666994
relation P121
type Q1875621
[ANSWERS] handle the operation of that product
[{'concept': 'Q1875621'}, 'P121', 'Q666994']
SELECT DISTINCT ?w WHERE { ?w rdf:type ontology:Q1875621 . ?w property:P121 resource:Q666994 }
PC-9 fleet Angolan PC-9 fleet
PC-9 fleet and Angolan PC-9 fleet handle the operation of that product
PC-9 fleet Angolan PC-9 fleet
action filter_type
action find_reverse
entity PC-9
relation item operated
type aircraft class
[{'concept': 'aircraft class'}, 'item operated', 'PC-9']
SELECT DISTINCT ?w WHERE { ?w rdf:type ontology:aircraft_class . ?w property:item_operated resource:PC-9 }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Logical operators
Q666994
P137
Q1048835 Q15617994
USER
How many political territories or administrative territories operate PC-9 ?
(Q666994,P137,c(Q1048835)) (Q666994,P137,c(Q15617994))
action count
action union
action filter_type
action find
entity Q666994
relation P137
type Q1048835
action filter_type
action find
entity Q666994
relation P137
type Q15617994
['Q666994', 'P137', {'concept': 'Q1048835'}] ['Q666994', 'P137', {'concept': 'Q15617994'}]
SELECT DISTINCT ( COUNT ( ?s ) AS ?w ) WHERE { ?s rdf:type ?n . VALUES ( ?n ) { ( ontology:Q15617994 ) ( ontology:Q1048835 ) } }
PC-9
action count
action union
action filter_type
action find
entity PC-9
relation operator
type political territorial entity
action filter_type
action find
entity PC-9
relation operator
type designation for an administrative territorial entity
['PC-9', 'operator', {'concept': 'political territorial entity'}] ['PC-9', 'operator', {'concept': 'designation for an administrative territorial entity'}]
SELECT DISTINCT ( COUNT ( ?s ) AS ?w ) WHERE { ?s rdf:type ?n . VALUES ( ?n ) { ( ontology:designation_for_an_administrative_territorial_entity ) ( ontology:political_territorial_entity ) } }
[]
political territorial entity designation for an administrative territorial entity
SYSTEM
9
Q219 Q215 Q842 Q96 Q183 Q408 Q30 Q27 Q916
(Q666994,P137,c(Q1048835)) (Q666994,P137,c(Q15617994))
action count
action union
action filter_type
action find
entity Q666994
relation P137
type Q1048835
action filter_type
action find
entity Q666994
relation P137
type Q15617994
[ANSWER]
['Q666994', 'P137', {'concept': 'Q1048835'}] ['Q666994', 'P137', {'concept': 'Q15617994'}]
SELECT DISTINCT ( COUNT ( ?s ) AS ?w ) WHERE { ?s rdf:type ?n . VALUES ( ?n ) { ( ontology:Q15617994 ) ( ontology:Q1048835 ) } }
Bulgaria Slovenia Oman Mexico Germany Australia United States of America Ireland Angola
9
action count
action union
action filter_type
action find
entity PC-9
relation operator
type political territorial entity
action filter_type
action find
entity PC-9
relation operator
type designation for an administrative territorial entity
['PC-9', 'operator', {'concept': 'political territorial entity'}] ['PC-9', 'operator', {'concept': 'designation for an administrative territorial entity'}]
SELECT DISTINCT ( COUNT ( ?s ) AS ?w ) WHERE { ?s rdf:type ?n . VALUES ( ?n ) { ( ontology:designation_for_an_administrative_territorial_entity ) ( ontology:political_territorial_entity ) } }
[]
Quantitative Reasoning (All)
Quantitative|Atleast/ Atmost/ Approx. the same/Equal|Mult. entity type
P2695
Q271669 Q3977918 Q7946
USER
Which landforms are the localities where approximately 6 mineral supergroupss and minerals are found ?
(c(Q3977918)|c(Q7946),P2695,c(Q271669))
action approx
action union
action find_reverse_tuple_counts
relation P2695
type Q271669
type Q3977918
action find_reverse_tuple_counts
relation P2695
type Q271669
type Q7946
value 6
[[{'concept': 'Q3977918'}, {'concept': 'Q7946'}], 'P2695', {'concept': 'Q271669'}]
SELECT DISTINCT ?r WHERE { { SELECT DISTINCT ( COUNT ( ?n ) AS ?a ) ?r WHERE { ?n rdf:type ?c . VALUES ( ?c ) { ( ontology:Q3977918 ) ( ontology:Q7946 ) } } GROUP BY ?r } . FILTER ( ?a = 6 ) }
action approx
action union
action find_reverse_tuple_counts
relation type locality
type landform
type mineral supergroups
action find_reverse_tuple_counts
relation type locality
type landform
type mineral
value 6
[[{'concept': 'mineral supergroups'}, {'concept': 'mineral'}], 'type locality', {'concept': 'landform'}]
SELECT DISTINCT ?r WHERE { { SELECT DISTINCT ( COUNT ( ?n ) AS ?a ) ?r WHERE { ?n rdf:type ?c . VALUES ( ?c ) { ( ontology:mineral_supergroups ) ( ontology:mineral ) } } GROUP BY ?r } . FILTER ( ?a = 6 ) }
[]
landform mineral supergroups mineral
Q27473681 Q7826822 Q23790598
SYSTEM
Pereval marble quarry, Torr Works, Aris quarries
Q27473681 Q23790598 Q26710874 Q7826822
(c(Q3977918)|c(Q7946),P2695,c(Q271669))
action approx
action union
action find_reverse_tuple_counts
relation P2695
type Q271669
type Q3977918
action find_reverse_tuple_counts
relation P2695
type Q271669
type Q7946
value 6
[ANSWERS] are the localities where approximately 6 mineral supergroupss and minerals are found
[[{'concept': 'Q3977918'}, {'concept': 'Q7946'}], 'P2695', {'concept': 'Q271669'}]
SELECT DISTINCT ?r WHERE { { SELECT DISTINCT ( COUNT ( ?n ) AS ?a ) ?r WHERE { ?n rdf:type ?c . VALUES ( ?c ) { ( ontology:Q3977918 ) ( ontology:Q7946 ) } } GROUP BY ?r } . FILTER ( ?a = 6 ) }
Pereval marble quarry Aris quarries Francon quarry Torr Works
Pereval marble quarry, Torr Works and Aris quarries are the localities where approximately 6 mineral supergroupss and minerals are found
Pereval marble quarry Torr Works Aris quarries
action approx
action union
action find_reverse_tuple_counts
relation type locality
type landform
type mineral supergroups
action find_reverse_tuple_counts
relation type locality
type landform
type mineral
value 6
[[{'concept': 'mineral supergroups'}, {'concept': 'mineral'}], 'type locality', {'concept': 'landform'}]
SELECT DISTINCT ?r WHERE { { SELECT DISTINCT ( COUNT ( ?n ) AS ?a ) ?r WHERE { ?n rdf:type ?c . VALUES ( ?c ) { ( ontology:mineral_supergroups ) ( ontology:mineral ) } } GROUP BY ?r } . FILTER ( ?a = 6 ) }
[]
Quantitative Reasoning (All)
Quantitative|Min/Max|Single entity type
P706
Q271669 Q15324
USER
Which bodies of water are located in min number of landforms ?
(c(Q15324),P706,c(Q271669))
action argmin
action find_tuple_counts
relation P706
type Q15324
type Q271669
[{'concept': 'Q15324'}, 'P706', {'concept': 'Q271669'}]
SELECT DISTINCT ?q WHERE { { SELECT DISTINCT ( MIN ( ?x ) AS ?f ) { SELECT DISTINCT ?p ( COUNT ( ?j ) AS ?x ) WHERE { ?p property:P706 ?j . ?p rdf:type ontology:Q15324 . ?j rdf:type ontology:Q271669 } GROUP BY ?p } } . FILTER ( ?d = ?f ) . { SELECT DISTINCT ?q ( COUNT ( ?e ) AS ?d ) WHERE { ?q rdf:type ontology:Q15324 . ?e rdf:type ontology:Q271669 . ?q property:P706 ?e } GROUP BY ?q } }
action argmin
action find_tuple_counts
relation located on terrain feature
type body of water
type landform
[{'concept': 'body of water'}, 'located on terrain feature', {'concept': 'landform'}]
SELECT DISTINCT ?q WHERE { { SELECT DISTINCT ( MIN ( ?x ) AS ?f ) { SELECT DISTINCT ?p ( COUNT ( ?j ) AS ?x ) WHERE { ?p property:located_on_terrain_feature ?j . ?p rdf:type ontology:body_of_water . ?j rdf:type ontology:landform } GROUP BY ?p } } . FILTER ( ?d = ?f ) . { SELECT DISTINCT ?q ( COUNT ( ?e ) AS ?d ) WHERE { ?q rdf:type ontology:body_of_water . ?e rdf:type ontology:landform . ?q property:located_on_terrain_feature ?e } GROUP BY ?q } }
[]
landform body of water
Q367943 Q648551 Q131217
SYSTEM
Perito Moreno Glacier, Nevado del Huila, Gulf of Thailand
Q7340774 Q6722055 Q367943 Q5878526 Q4822537 Q774941 Q2613997 Q5070198 Q1528992 Q5933353 Q15221861 Q4803310 Q1491344 Q1518380 Q7280289 Q6654157 Q4923905 Q5388203 Q2910224 Q668706 Q5567769 Q8066152 Q1310658 Q869868 Q4161995 Q5539736 Q4865396 Q10288639 Q5944333 Q6966631 Q7492327 Q2459130 Q1537335 Q6730108 Q7239351 Q5312503 Q7144566 Q19364135 Q4815916 Q7290215 Q5167768 Q5580232 Q2281892 Q7142865 Q676064 Q6439110 Q4314717 Q5158708 Q4860007 Q676703 Q5194320 Q4923571 Q4956595 Q1278489 Q5604799 Q896510 Q20680338 Q7309950 Q5455597 Q5583615 Q2494486 Q6858424 Q15271372 Q5611957 Q5674153 Q6802245 Q1809675 Q7457892 Q5919761 Q333946 Q2648183 Q583591 Q5523797 Q6704120 Q6594583 Q4850242 Q7539627 Q6276276 Q5443302 Q676722 Q7969011 Q7313167 Q3761721 Q3761722 Q15188422 Q6420153 Q1895241 Q6523237 Q631789 Q4696933 Q7018629 Q7283219 Q8039597 Q6813176 Q1723747 Q4807003 Q7545590 Q4920827 Q15311920 Q4849145 Q4534118 Q4951024 Q4789627 Q18763361 Q155135 Q212613 Q7071811 Q983722 Q4811505 Q927878 Q7808325 Q6931151 Q15220583 Q7158092 Q3108297 Q5043157 Q7070220 Q15266886 Q2230998 Q4895774 Q7923502 Q1540484 Q11831216 Q4861102 Q5459984 Q261265 Q7377417 Q6937549 Q2944385 Q258357 Q5879878 Q1441405 Q691650 Q589143 Q7658486 Q688964 Q7649924 Q7913602 Q5455417 Q6491862 Q18844665 Q5147374 Q3108362 Q2099699 Q3108364 Q4735925 Q15272123 Q6436657 Q5594005 Q6939246 Q3056509 Q7406257 Q21489830 Q4777733 Q1026461 Q5577239 Q1247 Q7194415 Q21950954 Q675092 Q4810517 Q2648857 Q196495 Q2594853 Q5338450 Q747978 Q5441493 Q5054039 Q667461 Q2085896 Q7790052 Q15242166 Q7927118 Q7553028 Q5046568 Q2803023 Q7362450 Q1232903 Q7521095 Q3824467 Q5608885 Q947086 Q5254644 Q6907210 Q6460962 Q7832415 Q6800301 Q21475613 Q21475754 Q8074594 Q5171981 Q15664248 Q3002197 Q3761657 Q3761656 Q1141366 Q1434582 Q8038225 Q5691636 Q555948 Q5086999 Q7558323 Q4839929 Q5175692 Q5607617 Q4810636 Q7941438 Q4851199 Q15252594 Q5524549 Q5046817 Q6801453 Q4861430 Q4777694 Q1233152 Q5582611 Q702691 Q6386578 Q164466 Q2268498 Q6746121 Q907049 Q3054264 Q7235573 Q7494662 Q7536847 Q1474806 Q4747877 Q5681505 Q21472844 Q4895992 Q4737899 Q5588187 Q5032352 Q5904224 Q667539 Q21472364 Q2321467 Q737657 Q4850553 Q3108334 Q4712276 Q6773317 Q1347212 Q5296582 Q4770859 Q5025422 Q7660513 Q6698725 Q391165 Q6863332 Q25636 Q1632936 Q4828736 Q3182027 Q5748574 Q7968309 Q676605 Q15981924 Q21952092 Q239379 Q870030 Q917018 Q5121037 Q5131010 Q214818 Q4851971 Q7926847 Q6724318 Q5874876 Q4859584 Q11044432 Q335883 Q15311919 Q116999 Q7431325 Q5137499 Q21489392 Q7122918 Q4124356 Q6843854 Q6991138 Q1471716 Q5373237 Q6073247 Q3108288 Q3761668 Q3761669 Q3347256 Q7353174 Q3761661 Q3761662 Q3108286 Q4709541 Q8038271 Q4863425 Q6802227 Q7065066 Q1031462 Q1680511 Q7605229 Q1031467 Q200793 Q7500033 Q15402288 Q5182866 Q4784240 Q4981906 Q6794459 Q15265799 Q7618089 Q4839600 Q5210456 Q1407591 Q4732749 Q7978259 Q7313329 Q5921542 Q7074459 Q5132145 Q2456029 Q3137543 Q7048314 Q3108372 Q3108274 Q3108275 Q6268697 Q3108270 Q3108273 Q5155246 Q6858316 Q5454797 Q11829938 Q7932323 Q674490 Q7995990 Q2642187 Q15242351 Q736870 Q5225978 Q7829860 Q648551 Q554383 Q5276876 Q250751 Q6947416 Q5087835 Q6843001 Q5517317 Q922945 Q402876 Q7334853 Q804996 Q8069116 Q5002610 Q3108303 Q3108304 Q4914270 Q4662040 Q5506557 Q6411675 Q939709 Q672509 Q7602432 Q896753 Q5608166 Q1604944 Q3307729 Q1112319 Q5370179 Q4789663 Q260322 Q5043986 Q6427003 Q6851823 Q2262000 Q131217 Q5908084 Q5748508 Q4709266 Q568668 Q7578552 Q15982039 Q5521436 Q7131340 Q4951313 Q7290175 Q5876609 Q4955184 Q7624324 Q1404625 Q5174347 Q1116272 Q15220546 Q5174343 Q5259605 Q5658884 Q5526627 Q4974336 Q21952530 Q440698 Q4865441 Q7060449 Q684169 Q4794709 Q5242030 Q4960448 Q3108262 Q7167913 Q4754273 Q16858769 Q4748394 Q6764361 Q11829097 Q332418 Q5584267 Q3446029 Q4810547 Q1084824 Q7382792 Q7384910 Q7515175 Q7961766 Q2539306 Q5243900 Q4796286 Q7272856 Q5597933 Q7148635 Q7857352 Q1776647 Q3108349 Q1612543 Q1571943 Q5527445 Q7138308 Q4861629 Q1619684 Q1267413 Q549647 Q5249294 Q5881462 Q805806 Q4798820 Q5906585 Q5685147 Q6667613 Q15226519 Q39651 Q4680350 Q654352 Q5709195 Q7380698 Q335712 Q770819 Q668490 Q5651036 Q1800386 Q5046584 Q7984116 Q922162 Q6544325 Q4815886 Q7252272 Q2877341 Q7928958 Q4858051 Q6692111 Q1187469 Q6693987 Q1147722 Q7651795 Q5047020 Q7414859 Q670540 Q2474320 Q33629 Q545 Q7336997 Q674782 Q1426976 Q1317804 Q8550496 Q1115929 Q5241896 Q7253268 Q916190 Q5089848 Q7914792 Q676048 Q281869 Q8022054 Q14082 Q6364988 Q4952332 Q6535291 Q6934316 Q6784518 Q21922457 Q2604608 Q5116593 Q5636349 Q18574918 Q1585036 Q7106685 Q5148231 Q7077818 Q429971 Q6783580 Q3108266 Q4795976 Q7636410 Q7619856 Q4897109 Q6415585 Q7016555 Q610805 Q4825405 Q879971 Q6699089 Q390766 Q7547217 Q4732192 Q673150 Q4806217 Q676713 Q1982050 Q7017648 Q5585171 Q350134 Q7235258 Q3108313 Q855226 Q3108310 Q959819 Q2403376 Q8032352 Q1580310 Q1840850 Q15647201 Q5463645 Q6075048 Q4887043 Q6491826 Q15224757 Q5561537 Q5186006 Q5276750 Q5767668 Q1542456 Q7439647 Q21472639 Q15711818 Q6918858 Q15715295 Q2203907 Q5917000 Q233351 Q5645837 Q7961348 Q5039179 Q6425640 Q1140440 Q4862982 Q15229498 Q674056 Q6506819 Q3132529 Q4803852 Q7582315 Q1632031 Q5171982 Q6468868 Q1189637 Q5913104 Q7622261 Q6800144 Q6906021 Q870347 Q21868175 Q2621502 Q7650533 Q3307471 Q21951828 Q7076422 Q5677825 Q6183190 Q6859442 Q1734996 Q941237 Q4838921 Q5127244 Q668012 Q3108353 Q5127242 Q7299322 Q4736184 Q1269176 Q4688346 Q22351839 Q6503044 Q7295281 Q4849878 Q16939064 Q6698317 Q7332819 Q764134 Q676628 Q4716060 Q15982371 Q5519230 Q5069644 Q5497998 Q5985598 Q5115972 Q4724218 Q7077641 Q6513678 Q688624 Q7313057 Q2303564 Q5184763 Q7564070 Q4712661 Q962630 Q144327 Q6773997 Q1567905 Q6890362 Q5034206 Q5273660 Q6859141 Q21475760 Q5147162 Q7498018 Q5184363 Q14435684 Q3108293
(c(Q15324),P706,c(Q271669))
action argmin
action find_tuple_counts
relation P706
type Q15324
type Q271669
[ANSWERS] are located in min number of landforms
[{'concept': 'Q15324'}, 'P706', {'concept': 'Q271669'}]
SELECT DISTINCT ?q WHERE { { SELECT DISTINCT ( MIN ( ?x ) AS ?f ) { SELECT DISTINCT ?p ( COUNT ( ?j ) AS ?x ) WHERE { ?p property:P706 ?j . ?p rdf:type ontology:Q15324 . ?j rdf:type ontology:Q271669 } GROUP BY ?p } } . FILTER ( ?d = ?f ) . { SELECT DISTINCT ?q ( COUNT ( ?e ) AS ?d ) WHERE { ?q rdf:type ontology:Q15324 . ?e rdf:type ontology:Q271669 . ?q property:P706 ?e } GROUP BY ?q } }
Robb Glacier MacNamara Glacier Perito Moreno Glacier Holanda Glacier Aurora Glacier Chacaltaya Brüggen Glacier Champness Glacier Glacier Blanc Hughes Glacier Goodale Glacier Asafiev Glacier Gaisberg Glacier Juneau Icefield Radian Glacier Liv Glacier Blaiklock Glacier Erickson Glacier Bonne Nuit Rettenbach glacier Glen Glacier Zaneveld Glacier Eiríksjökull Trift Glacier Maxwell Bay George Glacier Bartlett Glacier Tomilin Glacier Hunter Glacier Nascent Glacier Sheehan Glacier Tucker Glacier Meserve Glacier Magens Bay Prebble Glacier Dugdale Glacier Paternostro Glacier Northern Ice Field (Mount Kilimanjaro) Atkinson Glacier Ramsey Glacier Cooper Glacier Goldman Glacier Taylor Glacier Passu Glacier Gauli Glacier Krout Glacier Bukhta Nakhodka Lituya Glacier Barcus Glacier Tschierva Glacier Cunningham Glacier Blackwelder Glacier Brandau Glacier Ebbe Glacier Greenwell Glacier Höllentalferner Yobukonoseto Reid Glacier Fitzgerald Glacier Goodspeed Glacier Union Glacier Mill Stream Glacier Rainey Glacier Gruendler Glacier Hart Glacier McLin Glacier LeConte Glacier Severinghaus Glacier Howard Glacier Siachen Glacier Nevado del Quindío Mer de Glace Garrard Glacier Lunde Glacier Marinelli Glacier Balchen Glacier Sledgers Glacier Jorda Glacier Fendley Glacier Palü Glacier Ward Glacier Renfrew Glacier Bowers Piedmont Glacier Wilson Piedmont Glacier Argosy Glacier Klein Glacier Margerie Glacier Lensen Glacier Fedchenko Glacier Aiken Glacier Newnes Glacier Ragotzkie Glacier Wyckoff Glacier Mellor Glacier Kangshung Glacier Asimutbreen Glacier Smithson Glacier Black Glacier Sowers Glacier Baker Glacier Engil'chek Glacier Bowin Glacier Argo Glacier Umbalkees Axel Heiberg Glacier Miage Glacier O'Hara Glacier Godwin-Austen Glacier Astro Glacier Marmolada Glacier Tinker Glacier Muck Glacier Howchin Glacier Pearl Harbor Glacier Illecillewaet Glacier Carlyon Glacier Nursery Glacier Pitkevitch Glacier Schanz Glacier Bertram Glacier Vestreskorve Glacier Gowan Glacier Whitewater Glacier Barkov Glacier Flogeken Glacier Gepatsch-Ferner-Glacier Rudolph Glacier Murchison Glacier Shackleton Glacier Äußeres Mullwitzkees Holdsworth Glacier Grimes Glacier Oberaletsch Glacier Fiescher Glacier Swinford Glacier Hintertux Glacier Suter Glacier Van Reeth Glacier Fitch Glacier Larson Glacier Simonykees Collins Glacier Maladetako glaziarra Plummer Glacier Glacier des Martinets Alt Glacier Recoil Glacier Kreitzerisen Gran Glacier Murray Glacier Kennicott Glacier Saltzman Glacier Langevad Glacier Anuchin Glacier Calderone glacier Goff Glacier Caribbean Sea Pilot Glacier Yarralumla Bay Lang Glacier Astakhov Glacier Ritacuba Blanco Amundsen Glacier Zemu Glacier Edisto Glacier Gondogoro Glacier Fegley Glacier Catspaw Glacier Gries Glacier Blåmannsisen Thomas Glacier Leander Glacier Victoria Upper Glacier Socks Glacier Carroll Glacier Bøyabreen Romanche Glacier Koettlitz Glacier Simpson Glacier O'Higgins Glacier Griffith Glacier Green Bay Delta Glacier Moody Glacier LaVergne Glacier Trafalgar Glacier McCleary Glacier Giles Glacier Haselton Glacier Zotikov Glacier Cornwall Glacier Hinkley Glacier Crater Glacier Debenham Glacier Blue Glacier Glacier Noir Rongbuk Glacier Wright Lower Glacier Hearfield Glacier Drangajökull Charybdis Glacier Sollas Glacier Bacon Glacier Cotton Glacier Gressitt Glacier Aster Glacier Von Guerard Glacier Ball Glacier Meander Glacier Garwood Glacier Carryer Glacier McGregor Glacier Barnard Glacier Anu Whakatoro Glacier Dobbratz Glacier Good Glacier Heligoland Bight Keltie Glacier Ross Sea Stikine Icecap Man-o-War Glacier Breiðamerkurjökull Amalia Glacier Poulter Glacier Sherard Bay Skua Glacier Tungnafellsjökull Amos Glacier Hatherton Glacier Robson Glacier Berwick Glacier Alvarez Glacier Gough Glacier Canham Glacier Horne Glacier Damma Glacier Sheraton Glacier Glacier du Tour Langjökull Baldwin Glacier Glacier de Freydane Alberts Glacier Marsh Glacier Gosau Glacier Donnellan Glacier Ant Hill Glacier Cambridge Glacier Sykes Glacier Ludeman Glacier Athabasca Glacier Mincey Glacier Triolet Glacier Hubbard Glacier Aviator Glacier Brunei Bay Hewson Glacier Waputik Icefield Forno Glacier Window Bay Shark Bay Garabogazköl Plaine Morte Briksdalsbreen Cinnamon Bay Cleaves Glacier Mýrdalsjökull Bally Glacier Victoria Lower Glacier Mackellar Glacier Hobbs Glacier Barber Glacier Slessor Glacier Þórisjökull Della Pia Glacier Bagley Icefield Schimper Glacier Co-pilot Glacier Bargh Glacier Packard Glacier Storglaciären Miers Glacier Nemesis Glacier Khumbu Glacier Emmanuel Glacier Ironside Glacier Dater Glacier Priestley Glacier Reeves Glacier Garibaldi Névé Robison Glacier David Glacier Mackay Glacier Crosswell Glacier Alberich Glacier Wright Upper Glacier Barrett Glacier McLeod Glacier Novosilski Glacier Northern Patagonian Ice Field Kleiner Jasmunder Bodden Steagall Glacier Southern Patagonian Ice Field Argentière Glacier Shoemaker Glacier Honeycomb Glacier Crawford Glacier Arapya Glacier Brøgger Glacier Mawson Glacier Peckham Glacier Stocking Glacier Backdoor Bay Dale Glacier Ferrar Glacier Allison Glacier Weatherall Bay Rennick Glacier Howe Glacier Oates Piedmont Glacier Cleveland Glacier Guslar Glacier Sulitjelmaisen Noll Glacier Batura Glacier Branscomb Glacier Borchgrevink Glacier Johnstone Glacier Bertrab Glacier Bow Glacier Comox Glacier Mill Glacier Fisher Glacier Stuttflog Glacier Vindegghallet Glacier Saleina Glacier Whitehall Glacier Bombetoka Bay Recovery Glacier Hooker Glacier Darwin Glacier Towle Glacier Nevado del Huila Hofsjökull Diller Glacier Snow Lake Myers Glacier Chattahoochee Glacier Midship Glacier Gair Glacier Fortuna Glacier Ahrnsbrak Glacier Ringer Glacier Balish Glacier Zenith Glacier Butler Glacier Neumayer Glacier Nimrod Glacier Bingley Glacier Aaron Glacier Fry Glacier King Glacier Hyde Glacier Oberaar Glacier Starshot Glacier Schneeferner Grey Glacier Henderson Glacier Drang-Drung Glacier Columbia Icefield Embree Glacier Argonaut Glacier Skelton Glacier Carnein Glacier Kolahoi Glacier Powder Mountain Icefield Seal Glacier Gulf of Thailand Hoshko Glacier Hewitt Glacier Albanus Glacier Suess Glacier Splettstoesser Glacier Bay of the Dead Gannutz Glacier Panmah Glacier Bowman Glacier Ramseier Glacier Hoffman Glacier Brady Glacier Strom Glacier Fendorf Glacier Cosmonette Glacier Commonwealth Glacier Guerrero Glacier Cosmonaut Glacier Denton Glacier Harlin Glacier Gaspé Bay Brook Glacier Collingwood Bay Lillie Glacier Bartley Glacier Northwind Glacier Pasterze Glacier Arneb Glacier Davisville Glacier Breitfuss Glacier Abbotsmith Glacier Perez Glacier Anderton Glacier Cervellati Glacier Amphitheatre Glacier Mariner Glacier Italia Glacier Übergossene Alm Gopher Glacier Borchgrevinkisen Astapenko Glacier Nimitz Glacier Rutgers Glacier Ryder Glacier Silk Glacier Wales Glacier Wahl Glacier DeGanahl Glacier Arruiz Glacier Quonset Glacier Graveson Glacier Patton Glacier Tverregg Glacier Klutlan Glacier Rupal Glacier Glacier de Leschaux Hallstätter Glacier Gatlin Glacier Parker Glacier Barnett Glacier Hintereis Glacier Georgian Bay Bossons Glacier Decker Glacier Hollingsworth Glacier Baltoro Glacier Arthur Glacier Horstman Glacier Hawkins Glacier Logie Glacier Hudman Glacier Eyjafjallajökull Adams Glacier Jostedal Glacier Helm Glacier Rush Glacier Þrándarjökull Saskatchewan Glacier Wildstrubel Glacier Hansen Glacier Nordenskjöld Glacier Carroll Inlet Wessbecher Glacier Minnesota Glacier Lieske Glacier Atka Glacier Prouty Glacier Tyndall Glacier Vigne Glacier Bara Shigri Glacier Lovejoy Glacier Finsteraar Glacier Lowery Glacier Fox Glacier Svea Glacier Carstensz Glacier San Martín Glacier Trient Glacier Kolka Glacier Kara Sea Baltic Sea Rivard Glacier Mittelaletsch Glacier Kluane Icefield Eiskar Glacier Hayden Glacier Furtwängler Glacier Davis Glacier Pryor Glacier Canada Glacier Chelen Glacier Vangengeym Glacier Silvretta Glacier Vahsel Bay Willis Glacier Antisana Kansas Glacier Boyd Glacier Leverett Glacier Mulock Glacier Massam Glacier West Bay Penny Ice Cap Church Glacier Ha-Iltzuk Icefield Schwarzensteinkees Hardangerjøkulen Osicki Glacier Colonia Glacier Odin Glacier Crowfoot Glacier Mason Glacier Academy Glacier Arriens Glacier Sullivan Glacier Stoppani Glacier Bestumkilen Kirkby Glacier Newall Glacier Unteraar Glacier Austreskorve Glacier Dassower See Ludvig Glacier Agassiz Ice Cap Snakeskin Glacier Alley Glacier Franz Josef Glacier Ashworth Glacier Tsanfleuron Glacier Yahorlyk Bay Newcomer Glacier Gordon Glacier North Atlantic Potter Glacier Scott Glacier Biafo Glacier Reedy Glacier Gurgler Glacier Hector Glacier Woodberry Glacier Rebmann Glacier Fairweather Glacier Cairns Glacier Flynn Glacier Irwin Glacier Bender Glacier Larsen Glacier Holzrichter Glacier Gildea Glacier Crisp Glacier Dilemma Glacier Hinton Glacier Grand Pacific Glacier Scylla Glacier Salmon Glacier Tulaczyk Glacier Moubray Glacier Zapol Glacier Rügischer Bodden Hovde Glacier Nevado del Ruiz Hammond Glacier Walcott Glacier Carey Glacier Koerwitz Glacier Tasman Glacier Baronick Glacier Jenner Glacier Lower Grindelwald Glacier Le Couteur Glacier Stuorrajekna Ascent Glacier Squires Glacier Viedma Glacier Cornwall Glacier Lacroix Glacier Dennistoun Glacier Houliston Glacier Stratton Glacier McCann Glacier Montigny Glacier Roseg Glacier Jamtalferner Nakhodka Bay Suvorov Glacier Sarpo Laggo Glacier Duckhole Ochs Glacier Harwell Glacier Young Glacier Millett Glacier Kaskawulsh Glacier Johns Hopkins Glacier Bachtold Glacier Clark Glacier Kitzsteinhorn Mont Blanc glacier flood Clark Glacier Rayner Glacier Altarduken Glacier Dyngjujökull Aeronaut Glacier Burnt Point Bay Law Glacier Rastorguev Glacier Balakirev Glacier Parkachik Glacier Lucy Glacier Ridgeway Glacier Byrd Glacier Kander Glacier Alemania Glacier Puerto Balandra Bay Gallup Glacier Chambers Glacier Frederick Henry Bay Icebreaker Glacier Chugunov Glacier Algie Glacier Odell Glacier Lee Glacier Morteratsch Glacier Renegar Glacier Sørsdal Glacier Crevasse Valley Glacier Souchez Glacier Albrecht Penck Glacier Upsala Glacier Nevado del Tolima Marston Glacier Hispar Glacier Moffett Glacier Canyon Glacier Dickey Glacier Miller Glacier Dahe Glacier Collier Glacier Shipley Glacier Crescent Glacier Hvervenbukta Ellen Glacier
Perito Moreno Glacier, Nevado del Huila and Gulf of Thailand are located in min number of landforms
Perito Moreno Glacier Nevado del Huila Gulf of Thailand
action argmin
action find_tuple_counts
relation located on terrain feature
type body of water
type landform
[{'concept': 'body of water'}, 'located on terrain feature', {'concept': 'landform'}]
SELECT DISTINCT ?q WHERE { { SELECT DISTINCT ( MIN ( ?x ) AS ?f ) { SELECT DISTINCT ?p ( COUNT ( ?j ) AS ?x ) WHERE { ?p property:located_on_terrain_feature ?j . ?p rdf:type ontology:body_of_water . ?j rdf:type ontology:landform } GROUP BY ?p } } . FILTER ( ?d = ?f ) . { SELECT DISTINCT ?q ( COUNT ( ?e ) AS ?d ) WHERE { ?q rdf:type ontology:body_of_water . ?e rdf:type ontology:landform . ?q property:located_on_terrain_feature ?e } GROUP BY ?q } }
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