Simple Question (Direct)
Simple Question
Q23456716
P702
Q863908
USER
What is the gene that encodes pantoate--beta-alanine ligase    BT_4308 ?
(Q23456716,P702,c(Q863908))
action filter_type
action find
entity Q23456716
relation P702
type Q863908
['Q23456716', 'P702', {'concept': 'Q863908'}]
SELECT DISTINCT ?h WHERE { resource:Q23456716 property:P702 ?h . ?h rdf:type ontology:Q863908 }
pantoate--beta-alanine ligase    BT_4308
action filter_type
action find
entity pantoate--beta-alanine ligase    BT_4308
relation encoded by
type nucleic acid sequence
['pantoate--beta-alanine ligase    BT_4308', 'encoded by', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?h WHERE { resource:pantoate--beta-alanine_ligase____BT_4308 property:encoded_by ?h . ?h rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
Q23357402
SYSTEM
pantoate--beta-alanine ligase    BT_4308
Q23357402
(Q23456716,P702,c(Q863908))
action filter_type
action find
entity Q23456716
relation P702
type Q863908
The gene that encodes pantoate -- beta- alanine ligase BT_4308 is also pantoate--beta-alanine ligase BT 4308
['Q23456716', 'P702', {'concept': 'Q863908'}]
SELECT DISTINCT ?h WHERE { resource:Q23456716 property:P702 ?h . ?h rdf:type ontology:Q863908 }
pantoate--beta-alanine ligase    BT_4308
The gene that encodes pantoate -- beta- alanine ligase BT_4308 is also pantoate--beta-alanine ligase BT 4308
pantoate--beta-alanine ligase    BT_4308
action filter_type
action find
entity pantoate--beta-alanine ligase    BT_4308
relation encoded by
type nucleic acid sequence
['pantoate--beta-alanine ligase    BT_4308', 'encoded by', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?h WHERE { resource:pantoate--beta-alanine_ligase____BT_4308 property:encoded_by ?h . ?h rdf:type ontology:nucleic_acid_sequence }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q23456716
P703
Q16521
USER
Where is pantoate--beta-alanine ligase    BT_4308 found ?
(Q23456716,P703,c(Q16521))
action filter_type
action find
entity Q23456716
relation P703
type Q16521
['Q23456716', 'P703', {'concept': 'Q16521'}]
SELECT DISTINCT ?j WHERE { resource:Q23456716 property:P703 ?j . ?j rdf:type ontology:Q16521 }
pantoate--beta-alanine ligase    BT_4308
action filter_type
action find
entity pantoate--beta-alanine ligase    BT_4308
relation found in taxon
type taxon
['pantoate--beta-alanine ligase    BT_4308', 'found in taxon', {'concept': 'taxon'}]
SELECT DISTINCT ?j WHERE { resource:pantoate--beta-alanine_ligase____BT_4308 property:found_in_taxon ?j . ?j rdf:type ontology:taxon }
[]
taxon
Q21397543
SYSTEM
Bacteroides thetaiotaomicron VPI-5482
Q21397543
(Q23456716,P703,c(Q16521))
action filter_type
action find
entity Q23456716
relation P703
type Q16521
Pantoate -- beta-alanine ligase BT_4308 is found in [ANSWER]
['Q23456716', 'P703', {'concept': 'Q16521'}]
SELECT DISTINCT ?j WHERE { resource:Q23456716 property:P703 ?j . ?j rdf:type ontology:Q16521 }
Bacteroides thetaiotaomicron VPI-5482
Pantoate -- beta-alanine ligase BT_4308 is found in Bacteroides thetaiotaomicron VPI-5482
Bacteroides thetaiotaomicron VPI-5482
action filter_type
action find
entity pantoate--beta-alanine ligase    BT_4308
relation found in taxon
type taxon
['pantoate--beta-alanine ligase    BT_4308', 'found in taxon', {'concept': 'taxon'}]
SELECT DISTINCT ?j WHERE { resource:pantoate--beta-alanine_ligase____BT_4308 property:found_in_taxon ?j . ?j rdf:type ontology:taxon }
[]
Simple Question (Ellipsis)
only subject is changed, parent and predicate remains same
Q24219040
Q16521
USER
And how about RNA polymerase factor sigma-32    blr5231?
(Q24219040,P703,c(Q16521))
action filter_type
action find
entity Q24219040
relation P703
type Q16521
['Q24219040', 'P703', {'concept': 'Q16521'}]
SELECT DISTINCT ?k WHERE { resource:Q24219040 property:P703 ?k . ?k rdf:type ontology:Q16521 }
RNA polymerase factor sigma-32    blr5231
action filter_type
action find
entity RNA polymerase factor sigma-32    blr5231
relation found in taxon
type taxon
['RNA polymerase factor sigma-32    blr5231', 'found in taxon', {'concept': 'taxon'}]
SELECT DISTINCT ?k WHERE { resource:RNA_polymerase_factor_sigma-32____blr5231 property:found_in_taxon ?k . ?k rdf:type ontology:taxon }
[]
taxon
Q21397598
SYSTEM
Bradyrhizobium japonicum USDA 110
Q21397598
(Q24219040,P703,c(Q16521))
action filter_type
action find
entity Q24219040
relation P703
type Q16521
[ANSWER]
['Q24219040', 'P703', {'concept': 'Q16521'}]
SELECT DISTINCT ?k WHERE { resource:Q24219040 property:P703 ?k . ?k rdf:type ontology:Q16521 }
Bradyrhizobium japonicum USDA 110
Bradyrhizobium japonicum USDA 110
action filter_type
action find
entity RNA polymerase factor sigma-32    blr5231
relation found in taxon
type taxon
['RNA polymerase factor sigma-32    blr5231', 'found in taxon', {'concept': 'taxon'}]
SELECT DISTINCT ?k WHERE { resource:RNA_polymerase_factor_sigma-32____blr5231 property:found_in_taxon ?k . ?k rdf:type ontology:taxon }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q24219040
P681
Q5058355
USER
Which is the cell component of that nutrient ?
(Q21397598,P681,c(Q5058355))
action filter_type
action find
entity Q24219040
relation P681
type Q5058355
['Q21397598', 'P681', {'concept': 'Q5058355'}]
SELECT DISTINCT ?e WHERE { resource:Q24219040 property:P681 ?e . ?e rdf:type ontology:Q5058355 }
RNA polymerase factor sigma-32    blr5231
action filter_type
action find
entity RNA polymerase factor sigma-32    blr5231
relation cell component
type cellular component
['Bradyrhizobium japonicum USDA 110', 'cell component', {'concept': 'cellular component'}]
SELECT DISTINCT ?e WHERE { resource:RNA_polymerase_factor_sigma-32____blr5231 property:cell_component ?e . ?e rdf:type ontology:cellular_component }
[]
cellular component
Q29548
SYSTEM
plasma membrane
Q29548
(Q21397598,P681,c(Q5058355))
action filter_type
action find
entity Q24219040
relation P681
type Q5058355
The [ANSWER] is the cell component of that nutrient
['Q21397598', 'P681', {'concept': 'Q5058355'}]
SELECT DISTINCT ?e WHERE { resource:Q24219040 property:P681 ?e . ?e rdf:type ontology:Q5058355 }
plasma membrane
The plasma membrane is the cell component of that nutrient
plasma membrane
action filter_type
action find
entity RNA polymerase factor sigma-32    blr5231
relation cell component
type cellular component
['Bradyrhizobium japonicum USDA 110', 'cell component', {'concept': 'cellular component'}]
SELECT DISTINCT ?e WHERE { resource:RNA_polymerase_factor_sigma-32____blr5231 property:cell_component ?e . ?e rdf:type ontology:cellular_component }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Mult. entity type
Q23357402 Q14886374
P702
Q181394
USER
How many nutrients are encoded by pantoate--beta-alanine ligase    BT_4308 or GLA ?
(c(Q181394),P702,Q23357402) (c(Q181394),P702,Q14886374)
action count
action union
action filter_type
action find_reverse
entity Q23357402
relation P702
type Q181394
action filter_type
action find_reverse
entity Q14886374
relation P702
type Q181394
[{'concept': 'Q181394'}, 'P702', 'Q23357402'] [{'concept': 'Q181394'}, 'P702', 'Q14886374']
SELECT DISTINCT ( COUNT ( ?e ) AS ?z ) WHERE { { ?e property:P702 resource:Q23357402 . ?e rdf:type ontology:Q181394 } UNION { ?e property:P702 resource:Q14886374 . ?e rdf:type ontology:Q181394 } }
pantoate--beta-alanine ligase    BT_4308 GLA
action count
action union
action filter_type
action find_reverse
entity pantoate--beta-alanine ligase    BT_4308
relation encoded by
type nutrient
action filter_type
action find_reverse
entity GLA
relation encoded by
type nutrient
[{'concept': 'nutrient'}, 'encoded by', 'pantoate--beta-alanine ligase    BT_4308'] [{'concept': 'nutrient'}, 'encoded by', 'GLA']
SELECT DISTINCT ( COUNT ( ?e ) AS ?z ) WHERE { { ?e property:encoded_by resource:pantoate--beta-alanine_ligase____BT_4308 . ?e rdf:type ontology:nutrient } UNION { ?e property:encoded_by resource:GLA . ?e rdf:type ontology:nutrient } }
[]
nutrient
SYSTEM
2
Q23456716 Q288705
(c(Q181394),P702,Q23357402) (c(Q181394),P702,Q14886374)
action count
action union
action filter_type
action find_reverse
entity Q23357402
relation P702
type Q181394
action filter_type
action find_reverse
entity Q14886374
relation P702
type Q181394
[ANSWER]
[{'concept': 'Q181394'}, 'P702', 'Q23357402'] [{'concept': 'Q181394'}, 'P702', 'Q14886374']
SELECT DISTINCT ( COUNT ( ?e ) AS ?z ) WHERE { { ?e property:P702 resource:Q23357402 . ?e rdf:type ontology:Q181394 } UNION { ?e property:P702 resource:Q14886374 . ?e rdf:type ontology:Q181394 } }
pantoate--beta-alanine ligase    BT_4308 Alpha-galactosidase A
2
action count
action union
action filter_type
action find_reverse
entity pantoate--beta-alanine ligase    BT_4308
relation encoded by
type nutrient
action filter_type
action find_reverse
entity GLA
relation encoded by
type nutrient
[{'concept': 'nutrient'}, 'encoded by', 'pantoate--beta-alanine ligase    BT_4308'] [{'concept': 'nutrient'}, 'encoded by', 'GLA']
SELECT DISTINCT ( COUNT ( ?e ) AS ?z ) WHERE { { ?e property:encoded_by resource:pantoate--beta-alanine_ligase____BT_4308 . ?e rdf:type ontology:nutrient } UNION { ?e property:encoded_by resource:GLA . ?e rdf:type ontology:nutrient } }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count over Atleast/ Atmost/ Approx. the same/Equal|Single entity type
P361
Q5058355 Q5058355
USER
How many cellular components are a component of atmost 1 cellular component ?
(c(Q5058355),P361,c(Q5058355))
action count
action atmost
action find_tuple_counts
relation P361
type Q5058355
type Q5058355
value 1
[{'concept': 'Q5058355'}, 'P361', {'concept': 'Q5058355'}]
SELECT DISTINCT ( COUNT ( ?h ) AS ?r ) WHERE { { SELECT DISTINCT ?h ( COUNT ( ?i ) AS ?p ) WHERE { ?h property:P361 ?i . ?h rdf:type ontology:Q5058355 . ?i rdf:type ontology:Q5058355 } GROUP BY ?h } . FILTER ( ?p <= 1 ) }
action count
action atmost
action find_tuple_counts
relation part of
type cellular component
type cellular component
value 1
[{'concept': 'cellular component'}, 'part of', {'concept': 'cellular component'}]
SELECT DISTINCT ( COUNT ( ?h ) AS ?r ) WHERE { { SELECT DISTINCT ?h ( COUNT ( ?i ) AS ?p ) WHERE { ?h property:part_of ?i . ?h rdf:type ontology:cellular_component . ?i rdf:type ontology:cellular_component } GROUP BY ?h } . FILTER ( ?p <= 1 ) }
[]
cellular component cellular component
SYSTEM
210
Q22327392 Q22327293 Q14329032 Q22327448 Q21116315 Q22328737 Q14912978 Q21108229 Q14876131 Q22327015 Q14878067 Q22327403 Q22327805 Q14864978 Q14864977 Q14864971 Q22327396 Q22327994 Q22327995 Q22326356 Q22327622 Q22327623 Q22327621 Q21116899 Q14860843 Q24570686 Q22327688 Q22327479 Q22327475 Q22327687 Q22327473 Q22329449 Q22327447 Q21172343 Q21172341 Q26253880 Q24576568 Q24576567 Q22330482 Q22325973 Q22326870 Q671136 Q22326873 Q22327043 Q22326188 Q21469807 Q22326831 Q22325381 Q14877465 Q22327676 Q22326089 Q22327469 Q24576572 Q22327513 Q22325480 Q21120634 Q3824358 Q22329021 Q21120639 Q24576579 Q14914004 Q22328085 Q22328655 Q22329861 Q22329866 Q22329864 Q21095183 Q22330033 Q22328495 Q14905221 Q22326802 Q22329161 Q22329160 Q22327284 Q22330462 Q22327411 Q22327413 Q22327412 Q22327389 Q21105647 Q22327419 Q15320191 Q22329158 Q21106212 Q21109092 Q14864382 Q22329157 Q22329857 Q22329856 Q22329855 Q22329854 Q22326799 Q22329852 Q22328904 Q22329850 Q26253851 Q24570696 Q22326943 Q21136996 Q22329858 Q14906187 Q22327494 Q22327529 Q22327407 Q22328035 Q22327654 Q22327653 Q22327397 Q22329249 Q22327525 Q22327524 Q22327526 Q22329848 Q22329849 Q22329843 Q22329844 Q22329845 Q22329846 Q22329847 Q24570682 Q21971414 Q21095089 Q22327498 Q14911512 Q22330052 Q24570689 Q22330059 Q22327493 Q22327468 Q22327061 Q22325375 Q22327803 Q24576587 Q21108411 Q24576582 Q22325981 Q22329409 Q21104759 Q21484280 Q22329402 Q22326951 Q24570673 Q22328769 Q14877492 Q22328074 Q22328884 Q22328762 Q22327083 Q14873267 Q22329076 Q14901717 Q22330234 Q22330236 Q22330238 Q22328801 Q22330049 Q14819441 Q21108403 Q14330626 Q22328839 Q2914458 Q22325454 Q24576590 Q24576591 Q21105674 Q21097505 Q22327509 Q21468808 Q14863683 Q22327505 Q22327502 Q22327501 Q22327500 Q24570705 Q14864390 Q14330629 Q21971286 Q21105988 Q21095308 Q22330225 Q22326845 Q22326843 Q79927 Q16949578 Q14876059 Q22327686 Q22327647 Q22327510 Q22327511 Q22327108 Q21112489 Q22327517 Q22329467 Q22329403 Q26253890 Q22328584 Q22327341 Q22327343 Q22327474 Q14860540 Q1640852 Q6414172 Q22327421 Q21115425 Q22327736 Q22328601 Q22327390 Q21095620 Q193825 Q22327423
(c(Q5058355),P361,c(Q5058355))
action count
action atmost
action find_tuple_counts
relation P361
type Q5058355
type Q5058355
value 1
[ANSWER]
[{'concept': 'Q5058355'}, 'P361', {'concept': 'Q5058355'}]
SELECT DISTINCT ( COUNT ( ?h ) AS ?r ) WHERE { { SELECT DISTINCT ?h ( COUNT ( ?i ) AS ?p ) WHERE { ?h property:P361 ?i . ?h rdf:type ontology:Q5058355 . ?i rdf:type ontology:Q5058355 } GROUP BY ?h } . FILTER ( ?p <= 1 ) }
symbiont-containing vacuolar space ciliary part endoplasmic reticulum membrane interleukin-35 complex viral nucleocapsid iron-sulfur cluster assembly complex mitochondrial nucleoid subapical complex compact myelin photosystem II oxygen evolving complex organelle membrane PTEX complex photosynthetic membrane lipopolysaccharide receptor complex plasma membrane part succinate dehydrogenase complex scaffoldin complex rhoptry rhoptry membrane membrane protein complex side of membrane lumenal side of membrane leaflet of membrane bilayer complement component C1 complex nuclear outer membrane extrinsic component of presynaptic membrane prospore membrane leading edge presynapse postsynapse prospore membrane spindle pole body attachment site intrinsic component of organelle membrane lateral shield interleukin-27 complex inner dense plaque of desmosome outer dense plaque of desmosome extrinsic component of postsynaptic endosome membrane extracellular matrix of synaptic cleft perisynaptic extracellular matrix ventral disc supernumerary microtubule array larval serum protein complex DAPK1-calmodulin complex synaptic vesicle cell division site part plasma membrane-derived thylakoid ribulose bisphosphate carboxylase complex aster dolichyl-phosphate-mannose-protein mannosyltransferase complex nuclear membrane part HU-DNA complex receptor complex plasma membrane-derived thylakoid membrane contractile fiber part female germline ring canal inner rim presynaptic endosome membrane postsynaptic specialization extracellular matrix component interleukin-12 complex intracellular apical complex interleukin-23 complex intrinsic component of presynaptic membrane synaptic membrane external encapsulating structure cell septum part viral capsid, decoration virus tail, major subunit virus tail, minor subunit dendritic spine head capsomere spitzenkorper symbiont-containing vacuole membrane endoplasmic reticulum palmitoyltransferase complex ventral disc lateral crest ventral disc overlap zone cell projection part longitudinal side of cell surface extracellular space of host extrahaustorial matrix extra-invasive hyphal space host cell part transmembrane transporter complex inhibin complex synaptic cleft ventral disc dorsal microribbon GPI-anchor transamidase complex nuclear outer membrane-endoplasmic reticulum membrane network presynaptic active zone ventral disc crossbridge virus tail, fiber virus tail, baseplate virus tail, tube virus tail, sheath alpha-1,6-mannosyltransferase complex virus tail, shaft dosage compensation complex icosahedral viral capsid, spike integral component of spine apparatus membrane extrinsic component of spine apparatus membrane fatty acid elongase complex immunoglobulin complex, circulating virus tail, tip CRLF-CLCF1 complex postsynaptic endosome presynaptic grid activin complex organelle lumen annulate lamellae membrane region extracellular exosome complex virion nucleoid cytoplasmic side of dendritic spine plasma membrane presynaptic active zone dense projection subsynaptic reticulum icosahedral viral capsid, collar icosahedral viral capsid, collar fiber viral outer capsid viral intermediate capsid viral inner capsid icosahedral viral capsid, neck icosahedral viral capsid, neck fiber spine apparatus membrane plasma lipoprotein particle blood microparticle postsynaptic endocytic zone stereocilium dinoflagellate antapex extrinsic component of postsynaptic membrane cell surface furrow extrinsic component of synaptic vesicle membrane female germline ring canal outer rim extracellular isoamylase complex IHF-DNA complex nuclear membrane complex Bqt3-Bqt4 intrinsic component of postsynaptic endosome membrane CNTFR-CLCF1 complex intrinsic component of postsynaptic membrane classical-complement-pathway C3/C5 convertase complex extracellular core region of desmosome perinuclear endoplasmic reticulum membrane retromer, cargo-selective complex inner membrane complex oxidoreductase complex postsynaptic endosome membrane viral portal complex lateral loop rhoptry lumen organellar ribosome Dxr protein complex PTEN phosphatase complex cell-cell junction plastid nucleoid intracellular part basal ring of apical complex dinoflagellate apex polar ring of apical complex TRAPPI protein complex eif4e-cup complex fibrinogen complex synaptic vesicle lumen myelin sheath abaxonal region viral scaffold extracellular space curli intrinsic component of presynaptic endosome membrane intrinsic component of spine apparatus membrane Nem1-Spo7 phosphatase complex dendritic spine neck postsynaptic cytosol retromer, tubulation complex insulin-like growth factor binding protein complex presynaptic endosome presynaptic active zone cytoplasmic component presynaptic endocytic zone cytoplasmic component presynaptic endocytic zone postsynaptic endocytic zone cytoplasmic component synaptic vesicle membrane myelin sheath adaxonal region oligosaccharyltransferase complex stereocilium membrane retromer complex rhoptry neck intracellular organelle part Dsc E3 ubiquitin ligase complex endoplasmic reticulum Autapse phosphatidylinositol 3-kinase complex prospore membrane external encapsulating structure part presynaptic cytosol postsynaptic cytoskeleton mitochondrial membrane part stereocilium tip presynaptic cytoskeleton bacterial-type flagellum part basal labyrinth extrinsic component of presynaptic endosome membrane Kibra-Ex-Mer complex plasma membrane-derived thylakoid photosystem II plasma membrane-derived photosystem I intrinsic component of synaptic vesicle membrane clathrin-coated pit Schmidt-Lanterman incisure kinocilium bursicon neuropeptide hormone complex Ire1 complex chaperone-mediated autophagy translocation complex H-NS complex symbiont-containing vacuolar membrane network Flemming body extracellular matrix extracellular organelle
210
action count
action atmost
action find_tuple_counts
relation part of
type cellular component
type cellular component
value 1
[{'concept': 'cellular component'}, 'part of', {'concept': 'cellular component'}]
SELECT DISTINCT ( COUNT ( ?h ) AS ?r ) WHERE { { SELECT DISTINCT ?h ( COUNT ( ?i ) AS ?p ) WHERE { ?h property:part_of ?i . ?h rdf:type ontology:cellular_component . ?i rdf:type ontology:cellular_component } GROUP BY ?h } . FILTER ( ?p <= 1 ) }
[]
Quantitative Reasoning (All)
Quantitative|Atleast/ Atmost/ Approx. the same/Equal|Mult. entity type
P180
Q16521 Q2342494 Q386724
USER
Which taxons are depicted in atmost 1 collectables or works ?
(c(Q2342494)|c(Q386724),P180,c(Q16521))
action atmost
action union
action find_reverse_tuple_counts
relation P180
type Q16521
type Q2342494
action find_reverse_tuple_counts
relation P180
type Q16521
type Q386724
value 1
[[{'concept': 'Q2342494'}, {'concept': 'Q386724'}], 'P180', {'concept': 'Q16521'}]
SELECT DISTINCT ?b WHERE { { SELECT DISTINCT ?b ( COUNT ( ?l ) AS ?i ) WHERE { ?l rdf:type ?e . VALUES ( ?e ) { ( ontology:Q2342494 ) ( ontology:Q386724 ) } } GROUP BY ?b } . FILTER ( ?i <= 1 ) }
action atmost
action union
action find_reverse_tuple_counts
relation depicts
type taxon
type collectable
action find_reverse_tuple_counts
relation depicts
type taxon
type work
value 1
[[{'concept': 'collectable'}, {'concept': 'work'}], 'depicts', {'concept': 'taxon'}]
SELECT DISTINCT ?b WHERE { { SELECT DISTINCT ?b ( COUNT ( ?l ) AS ?i ) WHERE { ?l rdf:type ?e . VALUES ( ?e ) { ( ontology:collectable ) ( ontology:work ) } } GROUP BY ?b } . FILTER ( ?i <= 1 ) }
[]
taxon collectable work
Q28425 Q14560 Q148650
SYSTEM
Chiroptera, Cactaceae, Nymphaeaceae
Q156895 Q74363 Q179367 Q71516 Q161185 Q25292 Q312736 Q10872 Q36341 Q780 Q40802 Q1029638 Q787 Q19125 Q131113 Q193833 Q12648 Q10998 Q59882 Q41050 Q756901 Q2751223 Q12861234 Q28298 Q5239844 Q93201 Q25365 Q143284 Q244377 Q15879 Q34718 Q9147 Q132734 Q3281198 Q132826 Q25402 Q25403 Q25404 Q25408 Q131340 Q158699 Q157619 Q147783 Q129018 Q19413 Q36050 Q206998 Q192056 Q146911 Q159370 Q202955 Q7372 Q27725 Q122679 Q19707 Q213336 Q136874 Q473194 Q128685 Q161068 Q36715 Q745 Q577736 Q161066 Q26106 Q163963 Q14560 Q168976 Q147325 Q158271 Q335113 Q21659 Q33609 Q14469221 Q180404 Q28319 Q23485 Q4712487 Q223930 Q333166 Q61865 Q652016 Q101711 Q1324463 Q3916957 Q242851 Q7215110 Q189193 Q182976 Q81513 Q28367 Q4979192 Q81666 Q6401215 Q379761 Q158657 Q25312 Q25314 Q205106 Q782073 Q158863 Q30046 Q25709 Q12117 Q80117 Q163025 Q27164 Q45669 Q1902297 Q15735642 Q147295 Q188212 Q262307 Q6408 Q135022 Q157236 Q82562 Q28507 Q26771 Q43084 Q83310 Q310387 Q4036311 Q37383 Q14326 Q178973 Q171360 Q132922 Q145777 Q855800 Q200184 Q158091 Q18498 Q62181 Q25357 Q602028 Q212398 Q157449 Q2162397 Q147520 Q147678 Q753235 Q1000370 Q25761 Q36146 Q80066 Q958823 Q312054 Q158617 Q25485 Q46360 Q25356 Q475629 Q25350 Q188949 Q572447 Q948739 Q43300 Q35922 Q2373541 Q160835 Q134486 Q3384 Q216944 Q215420 Q3614370 Q157624 Q5214900 Q25418 Q157180 Q25222 Q148650 Q122069 Q130918 Q159537 Q101538 Q157211 Q3355098 Q43169 Q28425 Q478530 Q12024 Q149312 Q156207 Q83902 Q477179 Q192190 Q109995 Q26114 Q39275 Q3171877 Q830854 Q756 Q127134 Q2724806 Q171497 Q30944 Q1257150 Q125337 Q44789 Q35694 Q7391 Q131880 Q5113 Q172923 Q2102 Q245181 Q3544136 Q26209 Q81110 Q201701 Q156533 Q27682 Q157555 Q39918 Q157552 Q159811 Q155878 Q156921 Q48428 Q2396858 Q7224565 Q131565 Q1642639 Q25900 Q165437 Q40152 Q179863 Q13180 Q25265 Q104819 Q43238 Q13189 Q177856 Q34505 Q2047589 Q133006 Q55805 Q25308 Q22671 Q1390 Q82014 Q12106 Q651012 Q157952 Q312131 Q7216874 Q131044 Q24192472 Q26158 Q149851 Q47722 Q128550 Q5986917 Q43794 Q1267453 Q11788 Q26764 Q39861 Q1426766 Q25767 Q5194627 Q1452250 Q37686 Q160107 Q79915 Q1493 Q471914 Q10856 Q434 Q165206 Q10850 Q18099 Q156606 Q130201 Q157511 Q146684 Q155833 Q29465 Q22724 Q146095 Q388162 Q2821956 Q2360058 Q146391 Q645804 Q111346 Q997482 Q25497 Q46076 Q1135526 Q500 Q104212 Q25243 Q188879 Q29858 Q158286 Q25341 Q25347 Q25345 Q37453 Q102857 Q1038113 Q27961 Q189014 Q38584 Q1357 Q47542 Q3237652 Q80005 Q164013 Q157739 Q25332 Q25239 Q871991 Q311468 Q138945 Q30024 Q3127419 Q4115567 Q232129 Q2934 Q27742 Q2984138 Q855133 Q79794 Q82728 Q25348 Q178559 Q6565319 Q23390 Q10811 Q117085 Q291670 Q186101 Q201959 Q156307 Q500383 Q150064 Q131770 Q165152 Q7386 Q187943 Q217497 Q517130 Q1443415 Q242602 Q83483 Q25386 Q25383 Q25382 Q25380 Q339803 Q2576337 Q25388 Q27690 Q31431 Q14080 Q4179040 Q843173 Q157017 Q2565286 Q2796766 Q44120 Q146269 Q156935 Q34384 Q164686 Q132557 Q25273 Q140 Q146 Q147 Q39624 Q201231 Q201235 Q27589 Q161939 Q26913 Q190903 Q25375 Q30263 Q775470 Q158974 Q130980 Q1047931 Q917187 Q124969 Q171004 Q81602 Q157763 Q1249634 Q223044 Q129324 Q19939 Q729 Q187852 Q228283 Q21188 Q208600 Q335992 Q2216236 Q269195 Q26899 Q207427 Q149335 Q12004 Q191674 Q220925 Q30063 Q147149 Q15083 Q40994 Q179333 Q309490 Q157503 Q3377275 Q7901176 Q26135 Q158808 Q13099586 Q34687 Q146149 Q36396 Q147316 Q128887 Q4764 Q23907 Q6495741 Q147641 Q191019 Q127849 Q11575 Q157343 Q26006 Q43365 Q25334 Q156901 Q381584 Q170831 Q146130 Q156047 Q138047 Q15370610 Q1245878 Q158703 Q53636 Q1049642 Q35517 Q4968112 Q749577 Q37083 Q26354 Q14683 Q3645698 Q25324 Q189466 Q130933 Q854884 Q25329 Q25247 Q157806 Q43624 Q3170508 Q158984 Q183361 Q159420 Q147105 Q34706 Q581590 Q18845 Q18847 Q25353 Q42196 Q42292 Q209239 Q1401371 Q79803 Q35051 Q158795 Q157154 Q61105 Q43489 Q25851 Q146186 Q27618 Q156099 Q146604 Q13541716 Q55808 Q14334 Q7540 Q26626 Q58697 Q158082 Q907937 Q8327
(c(Q2342494)|c(Q386724),P180,c(Q16521))
action atmost
action union
action find_reverse_tuple_counts
relation P180
type Q16521
type Q2342494
action find_reverse_tuple_counts
relation P180
type Q16521
type Q386724
value 1
[ANSWERS] are depicted in atmost 1 collectables or works
[[{'concept': 'Q2342494'}, {'concept': 'Q386724'}], 'P180', {'concept': 'Q16521'}]
SELECT DISTINCT ?b WHERE { { SELECT DISTINCT ?b ( COUNT ( ?l ) AS ?i ) WHERE { ?l rdf:type ?e . VALUES ( ?e ) { ( ontology:Q2342494 ) ( ontology:Q386724 ) } } GROUP BY ?b } . FILTER ( ?i <= 1 ) }
Betula pendula Hippocampus European Roller dromedary Passiflora Phoenix dactylifera Pandanus tectorius Archaea brown bear chicken Brachyura Red colobus domestic pig scorpion Ulmus ibis domestic short-haired cat Solanum tuberosum Chrysanthemum orangutan pocket gopher Carp Viola × wittrockiana Apium graveolens Gloxinia Tulipa Crane Black Woodpecker Egyptian cobra lizard rhinoceros Spheniscidae buckwheat Acer sino-oblongum Sabal Cygnus olor Fagus Eurasian Blue Tit Achillea millefolium chamois european Peacock red dead-nettle Poa pratensis Prunus spinosa Pelecanus Salix Erica adder Cupressus Erysimum cheiri oriole shark Anatinae rosemary donkey Hippopotamidae Lilium philadelphicum ox Anguilliformes Nasturtium mammoth Fragaria Dicynodon Fuchsia Grey Partridge Agrostis stolonifera Cactaceae Eastern Imperial Eagle Malva nasturtium Golden Pheasant Galliformes polar bear Terebra subulata elk Lepidoptera Allium cepa Albion game Sarus Crane Indian Peafowl Phlox Convallaria majalis Nautilus turnip Muscovy duck Secale Great Auk common roach Citrus Asparagus officinalis Bovinae Acacia Prunus subg. Prunus Black-crowned crane Malus pumila Diptera angiosperms Zinnia Melaleuca alternifolia Lychnis Vitis vinifera Eurasian Bittern cereal Caridea Platanus Leucanthemum vulgare Eucalyptus Conus marmoreus Mussel Cyclamen Galeocerdo cuvier crested porcupine Ranidae Camelidae Liriodendron Anserini Ciconiidae Hedera Piper nigrum Mus musculus Megatherium Clithon Arachis hypogaea Apatosaurus Mustela putorius furo Eurasian Spoonbill Bactrian camel Convolvulaceae Erithacus Lutrinae Acanthus gray wolf Salamandra Common Raven Teleosaurus Monarch butterfly Syringa Trientalis borealis Typha latifolia Trona stercoraria labyrinthodont Pinales Common Shelduck Ficus carica dragonfly Angelica sylvestris Irish Elk Begonia Great Tit tortoise Populus Trillium Abies Woolly rhinoceros aspic viper Cassis cornuta Cydonia oblonga bamboo Flamingo tongue snail Fringillidae Lilium auratum Brassica rapa Juglandaceae stickleback Amitabha urbsinterdictensis Betula pubescens Danaideae European Goldfinch Alchemilla owl Nymphaeaceae roe deer Dahlia Primula vulgaris Trifolium Geranium Citrus ×sinensis crocodylid Chiroptera Rosa alba Pinus Calystegia Gladiolus grasshopper cantaloupe holly Galanthus nivalis Eurasian Woodcock mouse Cittarium pica steppe wisent plant Aloe Wigeon Helianthus annuus Streptopelia Murex tribulus Citrus reticulata Morus jaguar bee Philodendron bird Capra snake turkey vulture Megaloceros Great Spotted Woodpecker Cyprinus carpio pufferfish Foxgloves Alcea rosea Digitalis purpurea Prunus dulcis cowslip Lilium candidum Black Grouse Centaurea cyanus bird of prey Clupea harengus radish Ichthyosaurus chick Leporidae beet Octopoda Greater flamingo Rubus subg. Rubus Felidae Malus Poaceae Prunus persica Griffon Vulture hippopotamus Blossom Asian elephant albatross Orchidaceae Coleoptera insects Jasminum Triticum Viperinae Dracaena draco Mosasaurus Veronica Cygnus atratus Potentilla glaucophylla Bellis perennis Sequoiadendron giganteum broccoli Cedrus Azalea Meleagris Hooded Visorbearer bear Pieris brassicae Hirundinidae Leymus arenarius yellow-tail Lilium Geococcyx chameleon Delphinium Common kingfisher Ananas comosus Pandanus pigeon Pyrus Erysimum Rodentia bison Rhesus macaque Papaver rhoeas Leucojum Fragaria vesca Nerium oleander Narcissus Ovis Viola Siphonaptera Abronia fragrans Cineraria Papaver Morpho Convolvulus arvensis Bubbles Bovidae Lepus common dab Citrus ×limon common hop Betula Atlantic salmon lark anemone Passeriformes moss stoat Prunus armeniaca honey bee Nephropidae Matthiola European chub dingo spider Castor Dianthus ferns Hyacinthoides non-scripta Platanus occidentalis Western Osprey alder Cherry blossom Barringtonia asiatica Anoplotherium Taraxacum Herring Lupinus texensis American badger goat Equus ferus pigeon bittern red deer American bison Mallard poultry Syringa vulgaris deer reptile Ilex Clintonia borealis aquatic plant Capsicum Salix babylonica Spondias dulcis Citrus medica Hylaeosaurus Myrtus Formicidae Pronghorn African fish eagle aster Haustellum haustellum Oreamnos americanus sea urchin Rook Common Chaffinch Eurasian Bullfinch Sparrowhawk Gossypium sturtianum Struthio Eurasian Golden Oriole Homarus gammarus parrot Arecaceae Iron Wolf Pyrrhula Magnolia California golden bear Salmon Prunus domestica Populus alba Hypericum Cygnus Plantago Crataegus Grey Heron lion cat kitten reindeer cassowary Electrophorus electricus Laridae Fritillaria imperialis harbor seal herbaceous plant Odonata pinniped Cleyera japonica Primula Iguanodon Dactylis Chamaecyparis obtusa Corylus avellana grizzly bear Cucumis melo Prunus mume Pecten maximus Testudines castanea tiger animal red-breasted goose Felis Laurus Sardina pilchardus grey-crowned crane rooster Plesiosaur Aesculus hippocastanum Nelumbo Sequoioideae Quercus pike Vinca Matthiola incana Myosotis Northern giraffe walrus bird-of-paradise Pterodactylus Fritillaria Green pea Ursinae Bohemian Waxwing Cyperus papyrus pear Rosa Fagus sylvatica rat Ananas Fraxinus common crane cheetah Batoidea Aquilegia Vitis Tilia maize Veronica chamaedrys Laurus nobilis Corvus European Robin Iris Cynoglossum officinale Long-tailed Tit Ranunculus Lonicera Palaeotherium Consolida samia Gardenia taitensis box Anura Indigo Bunting Alces alces Brimeura duvigneaudii Paradisaea raggiana Olea europaea Hedera helix House Sparrow Lotus Canidae Bighorn sheep Eurasian Eagle-Owl Pinus thunbergii Artiodactyla Upupa epops crocus Trochilidae Nerita Dianthus caryophyllus Anser Petunia × hybrida Paeonia leopard Fork-tailed Woodnymph Common Cuckoo Common moorhen Northern Goshawk Blue whale Acer Columba swallow Cavia porcellus cabbage Eschscholzia californica Plantago major Cedrus libani falcon European rabbit Medlar Matricaria Dianthus Ribes nigrum Rubus fruticosus seabird wolverine eggplant Scolopacidae wild boar heliotrope Iris sanguinea Psittacidae
Chiroptera, Cactaceae and Nymphaeaceae are depicted in atmost 1 collectables or works
Chiroptera Cactaceae Nymphaeaceae
action atmost
action union
action find_reverse_tuple_counts
relation depicts
type taxon
type collectable
action find_reverse_tuple_counts
relation depicts
type taxon
type work
value 1
[[{'concept': 'collectable'}, {'concept': 'work'}], 'depicts', {'concept': 'taxon'}]
SELECT DISTINCT ?b WHERE { { SELECT DISTINCT ?b ( COUNT ( ?l ) AS ?i ) WHERE { ?l rdf:type ?e . VALUES ( ?e ) { ( ontology:collectable ) ( ontology:work ) } } GROUP BY ?b } . FILTER ( ?i <= 1 ) }
[]
Comparative Reasoning (All)
Comparative|More/Less|Single entity type
Q134609
P566
Q82799 Q16521
USER
Which names are a basionyms of more number of taxons than Cynara scolymus ?
(c(Q16521),P566,c(Q82799))
action greater
action find_reverse_tuple_counts
relation P566
type Q82799
type Q16521
action count
action filter_type
action find
entity Q134609
relation P566
type Q82799
[{'concept': 'Q16521'}, 'P566', {'concept': 'Q82799'}]
SELECT DISTINCT ?e WHERE { { SELECT DISTINCT ?e ( COUNT ( ?s ) AS ?l ) WHERE { ?e rdf:type ontology:Q82799 . ?s rdf:type ontology:Q16521 . ?s property:P566 ?e } GROUP BY ?e } . { SELECT DISTINCT ( COUNT ( ?t ) AS ?f ) WHERE { ?t rdf:type ontology:Q82799 . resource:Q134609 property:P566 ?t } } . FILTER ( ?l > ?f ) }
Cynara scolymus
action greater
action find_reverse_tuple_counts
relation basionym
type name
type taxon
action count
action filter_type
action find
entity Cynara scolymus
relation basionym
type name
[{'concept': 'taxon'}, 'basionym', {'concept': 'name'}]
SELECT DISTINCT ?e WHERE { { SELECT DISTINCT ?e ( COUNT ( ?s ) AS ?l ) WHERE { ?e rdf:type ontology:name . ?s rdf:type ontology:taxon . ?s property:basionym ?e } GROUP BY ?e } . { SELECT DISTINCT ( COUNT ( ?t ) AS ?f ) WHERE { ?t rdf:type ontology:name . resource:Cynara_scolymus property:basionym ?t } } . FILTER ( ?l > ?f ) }
[]
name taxon
Q11110263 Q15554028 Q15591212
SYSTEM
Salsola tamariscina, Salsola chorassanica, Kochia salsoloides
Q11110263 Q15554028 Q15591212 Q20980558 Q17139204 Q17237867 Q18676027 Q17574563 Q17243481 Q19849758 Q15289232 Q15316623 Q4670687 Q9566669 Q15588490 Q21877024 Q12213837 Q12213834 Q15553767 Q23455986 Q21251956 Q23764842 Q15589384 Q16751136 Q17241894 Q5782811 Q17271859 Q3395594 Q10952844 Q15041676 Q15587091 Q17244878 Q19849746 Q5753000 Q9562692 Q21251992 Q22665879 Q11079289 Q18080091 Q22084977 Q23764973 Q17250251 Q24056509 Q15583309 Q21871946 Q17252881 Q10377714 Q15177375 Q1279712 Q17236806 Q17248248 Q17250774 Q3299543 Q12154833 Q14866909 Q17250902 Q14947404 Q17363798 Q161463 Q19689942 Q15289796 Q22111547 Q17252798 Q4670968 Q17250828 Q23369043 Q15239372 Q17243719 Q15554168 Q17251695 Q15226539 Q15235379 Q15289719 Q15590140 Q2110890 Q15289671 Q15594126 Q9568508 Q6502429 Q5197630 Q15588438 Q15591347 Q292441 Q10898709 Q15554917 Q10891753 Q5404905 Q3296746 Q15570652 Q15491693 Q21876720 Q17243128 Q21872248 Q17252941 Q15586773 Q10911562 Q21252003 Q17241647 Q7116174 Q17234659 Q1543836 Q15588272 Q2511266 Q1911022 Q9075194 Q15554771 Q21877255 Q17131294 Q21876863 Q15587361 Q1477103 Q8964445 Q3355377 Q15596992 Q6502432 Q17252230 Q163351 Q15043538 Q810563 Q10377711 Q10377712 Q21872297 Q10377715 Q10377717 Q557431 Q21872299 Q17363805 Q11065993 Q15595862 Q21876734 Q15587177 Q4113856 Q17252939 Q17271348 Q1953932 Q289461 Q10303514 Q15587375 Q8194945 Q15587463 Q10448107 Q15583464 Q15377365 Q10870363 Q21872846 Q15289427 Q21251980 Q159688 Q162568 Q21740218 Q21252027 Q21877025 Q9567258 Q21399892 Q15586900 Q15571943 Q15555026 Q9564261 Q15593897 Q17251228 Q15554513 Q10428810 Q19796530 Q19796532 Q21251909 Q17250356 Q15289416 Q4251509 Q5152595 Q811549 Q164032 Q15584208 Q15574011 Q19849736 Q17234595 Q15586934 Q15588832 Q15975690 Q21877273 Q21251933 Q13720561 Q22696075 Q7226467 Q15587603 Q10906008 Q1499421 Q2936421 Q15553746 Q160334 Q11326699 Q15553640 Q17237311 Q15289831 Q17244388 Q15587959 Q18111284 Q3065169 Q15586536 Q17247619 Q14939287 Q15251066 Q15571468 Q12032320 Q1366184 Q17574551 Q26976481 Q15586733 Q9567671 Q21251921 Q15554301 Q11087064 Q15587046 Q15589000 Q13405372 Q18371411 Q15584692 Q19849683 Q11038585 Q15289634 Q21872305 Q15587436 Q17243301 Q21872302 Q21876829 Q11179445 Q21872308 Q24006173
(c(Q16521),P566,c(Q82799))
action greater
action find_reverse_tuple_counts
relation P566
type Q82799
type Q16521
action count
action filter_type
action find
entity Q134609
relation P566
type Q82799
[ANSWERS] are a basionyms of more number of taxons than Cynara scolymus
[{'concept': 'Q16521'}, 'P566', {'concept': 'Q82799'}]
SELECT DISTINCT ?e WHERE { { SELECT DISTINCT ?e ( COUNT ( ?s ) AS ?l ) WHERE { ?e rdf:type ontology:Q82799 . ?s rdf:type ontology:Q16521 . ?s property:P566 ?e } GROUP BY ?e } . { SELECT DISTINCT ( COUNT ( ?t ) AS ?f ) WHERE { ?t rdf:type ontology:Q82799 . resource:Q134609 property:P566 ?t } } . FILTER ( ?l > ?f ) }
Salsola tamariscina Salsola chorassanica Kochia salsoloides Bacillus stearothermophilus Eryngium lateriflorum Kalidiopsis wagenitzii Cremnophyton lanfrancoi Hibiscus hakeifolius Rhagodia hastata Monolepis spathulata Acacia suberosa Androsace alaskana Abuta amara Acacia macracantha Chenopodium tomentosum Polygonum virginianum Salsola cyclophylla Salsola jordanicola Rhagodia spinescens Hyacinthus nanus Atriplex conduplicata Apicra rubriflora Chenopodium mexicanum Chenopodium graveolens Arthrocnemum littoreum Wisteria japonica Rhagodia parabolica Polygonum bistortoides Atriplex depressa Thuja orientalis Atriplex griffithsii Chenopodium microphyllum Kochia californica Hieracium caespitosum Acacia biaciculata Atriplex minuticarpa Polygonum alpinum Salsola brachiata Cynoctonum wilfordii Boletus rubellus Polyporus pes-caprae Echinopsilon carnosus Agaricus inquilinus Arthrocnemum ciliolatum Atractylis gummifera Salicornia heterantha Tabebuia riodocensis Anthemis austriaca Senecio abrotanifolius Kochia americana Halosarcia undulata Enchylaena decalvans Acacia caven Acacia abyssinica Polygonum ellipticum Salsola gossypina Dacrydium intermedium Octoclinis Orchis tridentata Polygonum hydropiperoides Acacia ditricha Cynoglossum cheirifolium Salicornia utahensis Acacia montana Salsola persica Chenopodium chilense Polygonum longisetum Atriplex pleiantha Salsola dendroides Salsola abarghuensis Atriplex verrucifera Polygonum molle Acacia clarksoniana Chenopodium simplex Polygonum sagittatum Acacia ×cedilloi Kochia indica Acacia reficiens Lavatera acerifolia Cyathea dryopteroides Chenopodium salinum Kochia stellaris Salsola stocksii Chenopodium aristatum Salsola turkestanica Kochia krylovii Polygonum nepalense Acacia aroma Anthemis altissima Heliotropium filiforme Polygonum arifolium Rhagodia drummondii Centaurea galactites Salsola yazdiana Chenopodium erosum Polygonum divaricatum Atriplex persistens Rhamnus betulifolia Oxytheca parishii Bassia ramulosa Chenopodium glaucum Beta webbiana Abutilon darwinii Chenopodium murale Scirpus americanus Salsola sclerantha Rumex spinosus Neopaulia alaica Polygonum scandens Chenopodium retusum Chenopodium rubrum Gnaphalium luteoalbum Orchis conica Polygonum careyi Lavatera assurgentiflora Myrsine divaricata Potamogeton pectinatus Libocedrus papuana Chenopodium hybridum Tabebuia cristata Tabebuia catarinensis Chenopodium altissimum Tabebuia selachidentata Tabebuia spongiosa Acacia seyal Chenopodium anthelminticum Octoclinis macleayana Borszczowia aralocaspica Polymnia sonchifolia Polygonum articulatum Chenopodium gubanovii Polygonum punctatum Salicornia indica Kochia cheelii Acacia drepanolobium Rhamnus zeyheri Tabebuia vellosoi Chenopodium stellatum Alexandra lehmannii Chenopodium fasciculosum Chalara fraxinea Atriplex bonnevillensis Myrica cerifera Salsola orientalis Corispermum squarrosum Acacia acuifera Atriplex minuscula Chenopodium urbicum Potentilla rupestris Abronia crux-maltae Atriplex tenuissima Polygonum viviparum Acacia natalitia Salicornia freitagii Chenopodium minuatum Anthemis brevicuspis Sclerochlamys brachyptera Acacia douglasica Panderia pilosa Salsola forcipitata Salsola incanescens Bertrandia astatogala Polygonum capitatum Polygonum minus Atriplex acadiensis Salsola inermis Acacia bidwillii Acacia albicorticata Commersonia fraseri Lavatera arborea Draba verna Atriplex cuneata Anthemis triumfetti Chenopodium bonus-henricus Bassia calcarata Chenopodium amurense Chenopodium procerum Kochia sect. Neokochia Salsola prostrata Atriplex asterocarpa Schanginia Orchis ustulata Polygonum phytolaccifolium Beta patellaris Serratula chinensis Acacia xanthophloea Cannabis indica Rhagodia preissii Cytisus sessilifolius Hibiscus hamabo Rhagodia crassifolia Kochia polypterygia Acacia caurina Atriplex portulacoides Beta procumbens Rhagodia acicularis Polygonum pensylvanicum Atriplex pedunculata Threlkeldia proceriflora Acacia eburnea Chenopodium ambrosioides Anthemis mazandaranica Reynoutria ×bohemica Nigritella archiducis-joannis Hibiscus huegelii Malope multiflora Chenopodium badachschanicum Acacia pachyphloia Atriplex alaskensis Salsola ericoides Polygonum lapathifolium Atriplex joaquinana Chenopodium macrospermum Tragopogon hybridus Polygonum orientale Atriplex navajoensis Atriplex californica Kochia odontoptera Acacia astringens Chenopodium hirsutum Chenopodium coronopus Rhagodia eremaea Chenopodium botrys Polygonum frutescens Kochia melanoptera Chenopodium multifidum Convolvulus corymbosus
Salsola tamariscina, Salsola chorassanica and Kochia salsoloides are a basionyms of more number of taxons than Cynara scolymus
Salsola tamariscina Salsola chorassanica Kochia salsoloides
action greater
action find_reverse_tuple_counts
relation basionym
type name
type taxon
action count
action filter_type
action find
entity Cynara scolymus
relation basionym
type name
[{'concept': 'taxon'}, 'basionym', {'concept': 'name'}]
SELECT DISTINCT ?e WHERE { { SELECT DISTINCT ?e ( COUNT ( ?s ) AS ?l ) WHERE { ?e rdf:type ontology:name . ?s rdf:type ontology:taxon . ?s property:basionym ?e } GROUP BY ?e } . { SELECT DISTINCT ( COUNT ( ?t ) AS ?f ) WHERE { ?t rdf:type ontology:name . resource:Cynara_scolymus property:basionym ?t } } . FILTER ( ?l > ?f ) }
[]
Comparative Reasoning (All)
Comparative|More/Less|Single entity type
Q27403
P407
Q34770 Q82799
USER
Which languages are the languages of work for approximately the same number of names as Galatian ?
(c(Q82799),P407,c(Q34770))
action approx
action find_reverse_tuple_counts
relation P407
type Q34770
type Q82799
action count
action filter_type
action find
entity Q27403
relation P407
type Q34770
[{'concept': 'Q82799'}, 'P407', {'concept': 'Q34770'}]
SELECT DISTINCT ?l WHERE { { SELECT DISTINCT ?l ( COUNT ( ?r ) AS ?d ) WHERE { ?r property:P407 ?l . ?l rdf:type ontology:Q34770 . ?r rdf:type ontology:Q82799 } GROUP BY ?l } . { SELECT DISTINCT ( COUNT ( ?u ) AS ?x ) WHERE { ?u rdf:type ontology:Q34770 . resource:Q27403 property:P407 ?u } } . FILTER ( ?d = ?x ) }
Galatian
action approx
action find_reverse_tuple_counts
relation language of work or name
type language
type name
action count
action filter_type
action find
entity Galatian
relation language of work or name
type language
[{'concept': 'name'}, 'language of work or name', {'concept': 'language'}]
SELECT DISTINCT ?l WHERE { { SELECT DISTINCT ?l ( COUNT ( ?r ) AS ?d ) WHERE { ?r property:language_of_work_or_name ?l . ?l rdf:type ontology:language . ?r rdf:type ontology:name } GROUP BY ?l } . { SELECT DISTINCT ( COUNT ( ?u ) AS ?x ) WHERE { ?u rdf:type ontology:language . resource:Galatian property:language_of_work_or_name ?u } } . FILTER ( ?d = ?x ) }
[]
language name
Q447117 Q35499 Q35726
SYSTEM
Old Egyptian, Old Church Slavonic, Etruscan
Q132659 Q18130932 Q13414913 Q21161942 Q35499 Q37015 Q8785 Q35726 Q34909 Q27403 Q1420587 Q36206 Q1321 Q33976 Q33879 Q10498031 Q397 Q9056 Q8752 Q37041 Q652 Q35505 Q25167 Q25164 Q56982 Q35308 Q36790 Q447117
(c(Q82799),P407,c(Q34770))
action approx
action find_reverse_tuple_counts
relation P407
type Q34770
type Q82799
action count
action filter_type
action find
entity Q27403
relation P407
type Q34770
[ANSWERS] are the languages of work for approximately the same number of names as Galatian
[{'concept': 'Q82799'}, 'P407', {'concept': 'Q34770'}]
SELECT DISTINCT ?l WHERE { { SELECT DISTINCT ?l ( COUNT ( ?r ) AS ?d ) WHERE { ?r property:P407 ?l . ?l rdf:type ontology:Q34770 . ?r rdf:type ontology:Q82799 } GROUP BY ?l } . { SELECT DISTINCT ( COUNT ( ?u ) AS ?x ) WHERE { ?u rdf:type ontology:Q34770 . resource:Q27403 property:P407 ?u } } . FILTER ( ?d = ?x ) }
Egyptian hieroglyphs Traditional Chinese Simplified Chinese Serbian written in Cyrillic Old Church Slavonic Riksmål Armenian Etruscan Old Icelandic Galatian Høgnorsk Lak Spanish Sardinian language Pangasinan language Old East Norse Latin Czech Basque classical Chinese Italian Old Norse language Bokmål Nynorsk Judaeo-Portuguese Old Irish Sumerian Old Egyptian
Old Egyptian, Old Church Slavonic and Etruscan are the languages of work for approximately the same number of names as Galatian
Old Egyptian Old Church Slavonic Etruscan
action approx
action find_reverse_tuple_counts
relation language of work or name
type language
type name
action count
action filter_type
action find
entity Galatian
relation language of work or name
type language
[{'concept': 'name'}, 'language of work or name', {'concept': 'language'}]
SELECT DISTINCT ?l WHERE { { SELECT DISTINCT ?l ( COUNT ( ?r ) AS ?d ) WHERE { ?r property:language_of_work_or_name ?l . ?l rdf:type ontology:language . ?r rdf:type ontology:name } GROUP BY ?l } . { SELECT DISTINCT ( COUNT ( ?u ) AS ?x ) WHERE { ?u rdf:type ontology:language . resource:Galatian property:language_of_work_or_name ?u } } . FILTER ( ?d = ?x ) }
[]
Comparative Reasoning (All)
Comparative|More/Less|Single entity type|Incomplete
Q35505
P407
Q34770 Q82799
USER
And what about Old Norse language?
(c(Q82799),P407,c(Q34770))
action approx
action find_reverse_tuple_counts
relation P407
type Q34770
type Q82799
action count
action filter_type
action find
entity Q35505
relation P407
type Q34770
[{'concept': 'Q82799'}, 'P407', {'concept': 'Q34770'}]
SELECT DISTINCT ?d WHERE { { SELECT DISTINCT ?d ( COUNT ( ?x ) AS ?b ) WHERE { ?x property:P407 ?d . ?d rdf:type ontology:Q34770 . ?x rdf:type ontology:Q82799 } GROUP BY ?d } . { SELECT DISTINCT ( COUNT ( ?l ) AS ?j ) WHERE { ?l rdf:type ontology:Q34770 . resource:Q35505 property:P407 ?l } } . FILTER ( ?b = ?j ) }
Old Norse language
action approx
action find_reverse_tuple_counts
relation language of work or name
type language
type name
action count
action filter_type
action find
entity Old Norse language
relation language of work or name
type language
[{'concept': 'name'}, 'language of work or name', {'concept': 'language'}]
SELECT DISTINCT ?d WHERE { { SELECT DISTINCT ?d ( COUNT ( ?x ) AS ?b ) WHERE { ?x property:language_of_work_or_name ?d . ?d rdf:type ontology:language . ?x rdf:type ontology:name } GROUP BY ?d } . { SELECT DISTINCT ( COUNT ( ?l ) AS ?j ) WHERE { ?l rdf:type ontology:language . resource:Old_Norse_language property:language_of_work_or_name ?l } } . FILTER ( ?b = ?j ) }
[]
language name
Q447117 Q35499 Q35726
SYSTEM
Old Egyptian, Old Church Slavonic, Etruscan
Q132659 Q18130932 Q13414913 Q21161942 Q35499 Q37015 Q8785 Q35726 Q34909 Q27403 Q1420587 Q36206 Q1321 Q33976 Q33879 Q10498031 Q397 Q9056 Q8752 Q37041 Q652 Q35505 Q25167 Q25164 Q56982 Q35308 Q36790 Q447117
(c(Q82799),P407,c(Q34770))
action approx
action find_reverse_tuple_counts
relation P407
type Q34770
type Q82799
action count
action filter_type
action find
entity Q35505
relation P407
type Q34770
[ANSWERS]
[{'concept': 'Q82799'}, 'P407', {'concept': 'Q34770'}]
SELECT DISTINCT ?d WHERE { { SELECT DISTINCT ?d ( COUNT ( ?x ) AS ?b ) WHERE { ?x property:P407 ?d . ?d rdf:type ontology:Q34770 . ?x rdf:type ontology:Q82799 } GROUP BY ?d } . { SELECT DISTINCT ( COUNT ( ?l ) AS ?j ) WHERE { ?l rdf:type ontology:Q34770 . resource:Q35505 property:P407 ?l } } . FILTER ( ?b = ?j ) }
Egyptian hieroglyphs Traditional Chinese Simplified Chinese Serbian written in Cyrillic Old Church Slavonic Riksmål Armenian Etruscan Old Icelandic Galatian Høgnorsk Lak Spanish Sardinian language Pangasinan language Old East Norse Latin Czech Basque classical Chinese Italian Old Norse language Bokmål Nynorsk Judaeo-Portuguese Old Irish Sumerian Old Egyptian
Old Egyptian Old Church Slavonic Etruscan
action approx
action find_reverse_tuple_counts
relation language of work or name
type language
type name
action count
action filter_type
action find
entity Old Norse language
relation language of work or name
type language
[{'concept': 'name'}, 'language of work or name', {'concept': 'language'}]
SELECT DISTINCT ?d WHERE { { SELECT DISTINCT ?d ( COUNT ( ?x ) AS ?b ) WHERE { ?x property:language_of_work_or_name ?d . ?d rdf:type ontology:language . ?x rdf:type ontology:name } GROUP BY ?d } . { SELECT DISTINCT ( COUNT ( ?l ) AS ?j ) WHERE { ?l rdf:type ontology:language . resource:Old_Norse_language property:language_of_work_or_name ?l } } . FILTER ( ?b = ?j ) }
[]
Clarification
Comparative|More/Less|Mult. entity type|Indirect
P364
Q34770 Q838948 Q201658
USER
Which languages are considered to be the original language of creation of around the same number of works of art or film genres as that language ?
(c(Q838948)|c(Q201658),P364,c(Q34770))
[[{'concept': 'Q838948'}, {'concept': 'Q201658'}], 'P364', {'concept': 'Q34770'}]
SELECT DISTINCT ?y WHERE { { { ?z property:P364 ?y } UNION { ?x property:P364 ?y } } . ?z rdf:type ontology:Q838948 . ?y rdf:type ontology:Q34770 . ?x rdf:type ontology:Q201658 }
[[{'concept': 'work of art'}, {'concept': 'film genre'}], 'original language of work', {'concept': 'language'}]
SELECT DISTINCT ?y WHERE { { { ?z property:original_language_of_work ?y } UNION { ?x property:original_language_of_work ?y } } . ?z rdf:type ontology:work_of_art . ?y rdf:type ontology:language . ?x rdf:type ontology:film_genre }
[]
language work of art film genre
Comparative|More/Less|Mult. entity type|Clarification
Q35726
SYSTEM
Did you mean Etruscan ?
(c(Q838948)|c(Q201658),P364,c(Q34770))
[ANSWER]
[[{'concept': 'Q838948'}, {'concept': 'Q201658'}], 'P364', {'concept': 'Q34770'}]
SELECT DISTINCT ?y WHERE { { { ?z property:P364 ?y } UNION { ?x property:P364 ?y } } . ?z rdf:type ontology:Q838948 . ?y rdf:type ontology:Q34770 . ?x rdf:type ontology:Q201658 }
Did you mean Etruscan ?
Etruscan
[[{'concept': 'work of art'}, {'concept': 'film genre'}], 'original language of work', {'concept': 'language'}]
SELECT DISTINCT ?y WHERE { { { ?z property:original_language_of_work ?y } UNION { ?x property:original_language_of_work ?y } } . ?z rdf:type ontology:work_of_art . ?y rdf:type ontology:language . ?x rdf:type ontology:film_genre }
[]
Comparative Reasoning (All)
USER
No, I meant Old Church Slavonic. Could you tell me the answer for that?
(c(Q838948)|c(Q201658),P364,c(Q34770))
Q35499
[[{'concept': 'Q838948'}, {'concept': 'Q201658'}], 'P364', {'concept': 'Q34770'}]
[[{'concept': 'work of art'}, {'concept': 'film genre'}], 'original language of work', {'concept': 'language'}]
[]
Q56530 Q182695 Q35499
SYSTEM
Wappo language, Late Old Japanese, Old Church Slavonic
Q132659 Q13414913 Q13211 Q35499 Q35668 Q8785 Q1072111 Q34909 Q36765 Q33251 Q18130932 Q35726 Q36206 Q1321 Q33976 Q397 Q10862919 Q9056 Q8752 Q37041 Q652 Q35505 Q25167 Q56530 Q25164 Q36790 Q29977 Q182695 Q3110592 Q837985 Q783605
(c(Q838948)|c(Q201658),P364,c(Q34770))
[ANSWERS] are considered to be the original language of creation of around the same number of works of art or film genres as that language
[[{'concept': 'Q838948'}, {'concept': 'Q201658'}], 'P364', {'concept': 'Q34770'}]
SELECT DISTINCT ?y WHERE { { { ?z property:P364 ?y } UNION { ?x property:P364 ?y } } . ?z rdf:type ontology:Q838948 . ?y rdf:type ontology:Q34770 . ?x rdf:type ontology:Q201658 }
Egyptian hieroglyphs Simplified Chinese Ruthenian Old Church Slavonic Hittite Armenian Galician-Portuguese Old Icelandic Demotic Church Slavonic Traditional Chinese Etruscan Lak Spanish Sardinian language Latin Tibetan language Czech Basque classical Chinese Italian Old Norse language Bokmål Wappo language Nynorsk Sumerian Gaulish Late Old Japanese written Chinese Middle High German Written vernacular Chinese
Wappo language, Late Old Japanese and Old Church Slavonic are considered to be the original language of creation of around the same number of works of art or film genres as that language
Wappo language Late Old Japanese Old Church Slavonic
[[{'concept': 'work of art'}, {'concept': 'film genre'}], 'original language of work', {'concept': 'language'}]
SELECT DISTINCT ?y WHERE { { { ?z property:original_language_of_work ?y } UNION { ?x property:original_language_of_work ?y } } . ?z rdf:type ontology:work_of_art . ?y rdf:type ontology:language . ?x rdf:type ontology:film_genre }
[]