data_source
stringclasses 1
value | prompt
stringlengths 1.07k
11.4k
| ability
stringclasses 1
value | reward_model
dict | extra_info
dict |
|---|---|---|---|---|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
12464, Afro-soul
13937, Andy_Anderson_(drummer)
23428, Aïyb_Dieng
15852, Bosco_Mann
22017, Chad_Szeliga
5141, Chris_Paxton
21923, Colorado
30078, Curumin
28912, Dana_Hall_(musician)
7628, Dave_Tough_(producer)
20895, Dimitris_Papadopoulos
86, Dirty_Dozen_Brass_Band
2384, Don_Ellis
3141, Drum_kit
22593, Earl_Palmer
16906, Edward_Vesala
29590, Felix_Haug
21858, Frank_Butler_(musician)
9516, Herman_Matthews
4421, Igor_Picușceac
27103, Jamey_Haddad
4793, Jazz
6274, Jet_Black
8454, John_Hollenbeck_(musician)
18207, Juan_Carlos_Paz_y_Puente
14176, K-pop
15151, Keith_Carlock
23384, Leonid_Agutin
4229, Madlib
19388, Manfred_Hausleitner
4913, Marty_Feier
28114, Mocky
18562, Neil_Peart
17081, Neo_soul
28363, New_Mexico_music
13732, Nicky_Bomba
24829, Pedro_Arraiza
12191, Peter_Erskine
20290, Ray_Barbee
15034, Saki_Kaskas
26151, Sherman_Ferguson
14959, Soviet_Union
21308, Stephen_Underwood
21066, Taarka
15890, Wayne_Allard
9635, William_Weiner
20246, Yegor_Letov
src, edge_attr, dst
12464, instrument, 3141
12464, stylisticOrigin, 4793
13937, genre, 4793
13937, instrument, 3141
23428, genre, 4793
23428, instrument, 3141
15852, genre, 4793
15852, instrument, 3141
22017, genre, 4793
22017, instrument, 3141
5141, genre, 4793
5141, instrument, 3141
30078, genre, 4793
30078, instrument, 3141
28912, genre, 4793
28912, instrument, 3141
7628, genre, 4793
7628, instrument, 3141
20895, birthPlace, 14959
86, bandMember, 3141
86, genre, 4793
2384, genre, 4793
2384, instrument, 3141
22593, genre, 4793
22593, instrument, 3141
16906, genre, 4793
16906, instrument, 3141
29590, genre, 4793
29590, instrument, 3141
21858, genre, 4793
21858, instrument, 3141
9516, genre, 4793
9516, instrument, 3141
4421, birthPlace, 14959
27103, genre, 4793
27103, instrument, 3141
4793, instrument, 3141
4793, musicFusionGenre, 17081
6274, genre, 4793
6274, instrument, 3141
8454, genre, 4793
8454, instrument, 3141
18207, genre, 4793
18207, instrument, 3141
14176, instrument, 3141
14176, stylisticOrigin, 4793
15151, genre, 4793
15151, instrument, 3141
23384, birthPlace, 14959
23384, genre, 4793
4229, genre, 4793
4229, instrument, 3141
19388, genre, 4793
19388, instrument, 3141
4913, genre, 4793
4913, instrument, 3141
28114, genre, 4793
28114, instrument, 3141
18562, genre, 4793
18562, instrument, 3141
17081, instrument, 3141
17081, stylisticOrigin, 4793
28363, instrument, 3141
28363, stylisticOrigin, 4793
13732, genre, 4793
13732, instrument, 3141
24829, genre, 4793
24829, instrument, 3141
12191, genre, 4793
12191, instrument, 3141
20290, genre, 4793
20290, instrument, 3141
15034, genre, 4793
15034, instrument, 3141
26151, genre, 4793
26151, instrument, 3141
21308, genre, 4793
21308, instrument, 3141
21066, genre, 4793
21066, hometown, 21923
15890, birthPlace, 21923
15890, region, 21923
9635, birthPlace, 14959
9635, genre, 4793
20246, birthPlace, 14959
20246, instrument, 3141
Question: How are Dimitris_Papadopoulos, Dirty_Dozen_Brass_Band, Igor_Picușceac, and Wayne_Allard related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Dimitris_Papadopoulos",
"Dirty_Dozen_Brass_Band",
"Igor_Picușceac",
"Wayne_Allard"
],
"valid_edges": [
[
"Afro-soul",
"instrument",
"Drum_kit"
],
[
"Afro-soul",
"stylisticOrigin",
"Jazz"
],
[
"Andy_Anderson_(drummer)",
"genre",
"Jazz"
],
[
"Andy_Anderson_(drummer)",
"instrument",
"Drum_kit"
],
[
"Aïyb_Dieng",
"genre",
"Jazz"
],
[
"Aïyb_Dieng",
"instrument",
"Drum_kit"
],
[
"Bosco_Mann",
"genre",
"Jazz"
],
[
"Bosco_Mann",
"instrument",
"Drum_kit"
],
[
"Chad_Szeliga",
"genre",
"Jazz"
],
[
"Chad_Szeliga",
"instrument",
"Drum_kit"
],
[
"Chris_Paxton",
"genre",
"Jazz"
],
[
"Chris_Paxton",
"instrument",
"Drum_kit"
],
[
"Curumin",
"genre",
"Jazz"
],
[
"Curumin",
"instrument",
"Drum_kit"
],
[
"Dana_Hall_(musician)",
"genre",
"Jazz"
],
[
"Dana_Hall_(musician)",
"instrument",
"Drum_kit"
],
[
"Dave_Tough_(producer)",
"genre",
"Jazz"
],
[
"Dave_Tough_(producer)",
"instrument",
"Drum_kit"
],
[
"Dimitris_Papadopoulos",
"birthPlace",
"Soviet_Union"
],
[
"Dirty_Dozen_Brass_Band",
"bandMember",
"Drum_kit"
],
[
"Dirty_Dozen_Brass_Band",
"genre",
"Jazz"
],
[
"Don_Ellis",
"genre",
"Jazz"
],
[
"Don_Ellis",
"instrument",
"Drum_kit"
],
[
"Earl_Palmer",
"genre",
"Jazz"
],
[
"Earl_Palmer",
"instrument",
"Drum_kit"
],
[
"Edward_Vesala",
"genre",
"Jazz"
],
[
"Edward_Vesala",
"instrument",
"Drum_kit"
],
[
"Felix_Haug",
"genre",
"Jazz"
],
[
"Felix_Haug",
"instrument",
"Drum_kit"
],
[
"Frank_Butler_(musician)",
"genre",
"Jazz"
],
[
"Frank_Butler_(musician)",
"instrument",
"Drum_kit"
],
[
"Herman_Matthews",
"genre",
"Jazz"
],
[
"Herman_Matthews",
"instrument",
"Drum_kit"
],
[
"Igor_Picușceac",
"birthPlace",
"Soviet_Union"
],
[
"Jamey_Haddad",
"genre",
"Jazz"
],
[
"Jamey_Haddad",
"instrument",
"Drum_kit"
],
[
"Jazz",
"instrument",
"Drum_kit"
],
[
"Jazz",
"musicFusionGenre",
"Neo_soul"
],
[
"Jet_Black",
"genre",
"Jazz"
],
[
"Jet_Black",
"instrument",
"Drum_kit"
],
[
"John_Hollenbeck_(musician)",
"genre",
"Jazz"
],
[
"John_Hollenbeck_(musician)",
"instrument",
"Drum_kit"
],
[
"Juan_Carlos_Paz_y_Puente",
"genre",
"Jazz"
],
[
"Juan_Carlos_Paz_y_Puente",
"instrument",
"Drum_kit"
],
[
"K-pop",
"instrument",
"Drum_kit"
],
[
"K-pop",
"stylisticOrigin",
"Jazz"
],
[
"Keith_Carlock",
"genre",
"Jazz"
],
[
"Keith_Carlock",
"instrument",
"Drum_kit"
],
[
"Leonid_Agutin",
"birthPlace",
"Soviet_Union"
],
[
"Leonid_Agutin",
"genre",
"Jazz"
],
[
"Madlib",
"genre",
"Jazz"
],
[
"Madlib",
"instrument",
"Drum_kit"
],
[
"Manfred_Hausleitner",
"genre",
"Jazz"
],
[
"Manfred_Hausleitner",
"instrument",
"Drum_kit"
],
[
"Marty_Feier",
"genre",
"Jazz"
],
[
"Marty_Feier",
"instrument",
"Drum_kit"
],
[
"Mocky",
"genre",
"Jazz"
],
[
"Mocky",
"instrument",
"Drum_kit"
],
[
"Neil_Peart",
"genre",
"Jazz"
],
[
"Neil_Peart",
"instrument",
"Drum_kit"
],
[
"Neo_soul",
"instrument",
"Drum_kit"
],
[
"Neo_soul",
"stylisticOrigin",
"Jazz"
],
[
"New_Mexico_music",
"instrument",
"Drum_kit"
],
[
"New_Mexico_music",
"stylisticOrigin",
"Jazz"
],
[
"Nicky_Bomba",
"genre",
"Jazz"
],
[
"Nicky_Bomba",
"instrument",
"Drum_kit"
],
[
"Pedro_Arraiza",
"genre",
"Jazz"
],
[
"Pedro_Arraiza",
"instrument",
"Drum_kit"
],
[
"Peter_Erskine",
"genre",
"Jazz"
],
[
"Peter_Erskine",
"instrument",
"Drum_kit"
],
[
"Ray_Barbee",
"genre",
"Jazz"
],
[
"Ray_Barbee",
"instrument",
"Drum_kit"
],
[
"Saki_Kaskas",
"genre",
"Jazz"
],
[
"Saki_Kaskas",
"instrument",
"Drum_kit"
],
[
"Sherman_Ferguson",
"genre",
"Jazz"
],
[
"Sherman_Ferguson",
"instrument",
"Drum_kit"
],
[
"Stephen_Underwood",
"genre",
"Jazz"
],
[
"Stephen_Underwood",
"instrument",
"Drum_kit"
],
[
"Taarka",
"genre",
"Jazz"
],
[
"Taarka",
"hometown",
"Colorado"
],
[
"Wayne_Allard",
"birthPlace",
"Colorado"
],
[
"Wayne_Allard",
"region",
"Colorado"
],
[
"William_Weiner",
"birthPlace",
"Soviet_Union"
],
[
"William_Weiner",
"genre",
"Jazz"
],
[
"Yegor_Letov",
"birthPlace",
"Soviet_Union"
],
[
"Yegor_Letov",
"instrument",
"Drum_kit"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
5554, Adam_Kokoszka
21040, Aleksander_Kwiek
26039, Bobby_Doyle_(jazz_vocalist)
24860, Born_2_B_Blue
24979, Capitol_Records
18176, Careless_Memories
12468, Dave_Pell
16070, Dorothy_Donegan
15608, Fancy_Free_(Donald_Byrd_album)
19808, Gerald_Wilson
18083, Hank_Jones
1401, Jakub_Wierzchowski
4793, Jazz
19481, Kult_(band)
4446, Lou_Busch
13965, Louis_Johnson_(bassist)
5481, Maciej_Żurawski
2963, Marcin_Szałęga
19201, Marek_Tomaszewski
24643, Margaret_Whiting
1885, Maria_Cole
17897, Mariusz_Kukiełka
18498, Mariusz_Stępiński
22586, Mark_Millar
23532, Paweł_Kaczorowski
19421, Paweł_Nowak
18528, Poland
4441, Rafał_Wolski
8868, Scottish_people
26734, Stan_Kenton
5807, The_Christmas_Song
22979, Wisła_Kraków
18501, Wojciech_Łobodziński
src, edge_attr, dst
5554, birthPlace, 18528
5554, team, 22979
21040, birthPlace, 18528
21040, team, 22979
26039, genre, 4793
26039, recordLabel, 24979
24860, genre, 4793
24860, recordLabel, 24979
18176, recordLabel, 24979
12468, genre, 4793
12468, recordLabel, 24979
16070, genre, 4793
16070, recordLabel, 24979
15608, genre, 4793
19808, genre, 4793
19808, recordLabel, 24979
18083, genre, 4793
18083, recordLabel, 24979
1401, birthPlace, 18528
1401, team, 22979
19481, genre, 4793
19481, hometown, 18528
4446, genre, 4793
4446, recordLabel, 24979
13965, genre, 4793
13965, recordLabel, 24979
5481, birthPlace, 18528
5481, team, 22979
2963, birthPlace, 18528
2963, team, 22979
19201, birthPlace, 18528
19201, genre, 4793
24643, genre, 4793
24643, recordLabel, 24979
1885, genre, 4793
1885, recordLabel, 24979
17897, birthPlace, 18528
17897, team, 22979
18498, birthPlace, 18528
18498, team, 22979
22586, nationality, 8868
23532, birthPlace, 18528
23532, team, 22979
19421, birthPlace, 18528
19421, team, 22979
4441, birthPlace, 18528
4441, team, 22979
8868, populationPlace, 18528
26734, genre, 4793
26734, recordLabel, 24979
5807, genre, 4793
5807, recordLabel, 24979
18501, birthPlace, 18528
18501, team, 22979
Question: For what reason are Adam_Kokoszka, Careless_Memories, Fancy_Free_(Donald_Byrd_album), and Mark_Millar associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Adam_Kokoszka",
"Careless_Memories",
"Fancy_Free_(Donald_Byrd_album)",
"Mark_Millar"
],
"valid_edges": [
[
"Adam_Kokoszka",
"birthPlace",
"Poland"
],
[
"Adam_Kokoszka",
"team",
"Wisła_Kraków"
],
[
"Aleksander_Kwiek",
"birthPlace",
"Poland"
],
[
"Aleksander_Kwiek",
"team",
"Wisła_Kraków"
],
[
"Bobby_Doyle_(jazz_vocalist)",
"genre",
"Jazz"
],
[
"Bobby_Doyle_(jazz_vocalist)",
"recordLabel",
"Capitol_Records"
],
[
"Born_2_B_Blue",
"genre",
"Jazz"
],
[
"Born_2_B_Blue",
"recordLabel",
"Capitol_Records"
],
[
"Careless_Memories",
"recordLabel",
"Capitol_Records"
],
[
"Dave_Pell",
"genre",
"Jazz"
],
[
"Dave_Pell",
"recordLabel",
"Capitol_Records"
],
[
"Dorothy_Donegan",
"genre",
"Jazz"
],
[
"Dorothy_Donegan",
"recordLabel",
"Capitol_Records"
],
[
"Fancy_Free_(Donald_Byrd_album)",
"genre",
"Jazz"
],
[
"Gerald_Wilson",
"genre",
"Jazz"
],
[
"Gerald_Wilson",
"recordLabel",
"Capitol_Records"
],
[
"Hank_Jones",
"genre",
"Jazz"
],
[
"Hank_Jones",
"recordLabel",
"Capitol_Records"
],
[
"Jakub_Wierzchowski",
"birthPlace",
"Poland"
],
[
"Jakub_Wierzchowski",
"team",
"Wisła_Kraków"
],
[
"Kult_(band)",
"genre",
"Jazz"
],
[
"Kult_(band)",
"hometown",
"Poland"
],
[
"Lou_Busch",
"genre",
"Jazz"
],
[
"Lou_Busch",
"recordLabel",
"Capitol_Records"
],
[
"Louis_Johnson_(bassist)",
"genre",
"Jazz"
],
[
"Louis_Johnson_(bassist)",
"recordLabel",
"Capitol_Records"
],
[
"Maciej_Żurawski",
"birthPlace",
"Poland"
],
[
"Maciej_Żurawski",
"team",
"Wisła_Kraków"
],
[
"Marcin_Szałęga",
"birthPlace",
"Poland"
],
[
"Marcin_Szałęga",
"team",
"Wisła_Kraków"
],
[
"Marek_Tomaszewski",
"birthPlace",
"Poland"
],
[
"Marek_Tomaszewski",
"genre",
"Jazz"
],
[
"Margaret_Whiting",
"genre",
"Jazz"
],
[
"Margaret_Whiting",
"recordLabel",
"Capitol_Records"
],
[
"Maria_Cole",
"genre",
"Jazz"
],
[
"Maria_Cole",
"recordLabel",
"Capitol_Records"
],
[
"Mariusz_Kukiełka",
"birthPlace",
"Poland"
],
[
"Mariusz_Kukiełka",
"team",
"Wisła_Kraków"
],
[
"Mariusz_Stępiński",
"birthPlace",
"Poland"
],
[
"Mariusz_Stępiński",
"team",
"Wisła_Kraków"
],
[
"Mark_Millar",
"nationality",
"Scottish_people"
],
[
"Paweł_Kaczorowski",
"birthPlace",
"Poland"
],
[
"Paweł_Kaczorowski",
"team",
"Wisła_Kraków"
],
[
"Paweł_Nowak",
"birthPlace",
"Poland"
],
[
"Paweł_Nowak",
"team",
"Wisła_Kraków"
],
[
"Rafał_Wolski",
"birthPlace",
"Poland"
],
[
"Rafał_Wolski",
"team",
"Wisła_Kraków"
],
[
"Scottish_people",
"populationPlace",
"Poland"
],
[
"Stan_Kenton",
"genre",
"Jazz"
],
[
"Stan_Kenton",
"recordLabel",
"Capitol_Records"
],
[
"The_Christmas_Song",
"genre",
"Jazz"
],
[
"The_Christmas_Song",
"recordLabel",
"Capitol_Records"
],
[
"Wojciech_Łobodziński",
"birthPlace",
"Poland"
],
[
"Wojciech_Łobodziński",
"team",
"Wisła_Kraków"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
7717, AlphaBat
15536, Andrei_Rublev_(film)
14666, Andy_Lee_(South_Korean_singer)
6105, Believe_It_(song)
336, Block_B
19451, DEAN
24868, Hip_hop_music
4793, Jazz
20910, Jung_Dae-hyun
14176, K-pop
12394, Lee_Hi
8200, Lee_Jae-jin_(musician,_born_1979)
23384, Leonid_Agutin
26984, Luis_Resto_(musician)
11024, Miguel_Atwood-Ferguson
10084, Miles_Mosley
6273, Miri_Yusif
7251, Padam_Padam..._The_Sound_of_His_and_Her_Heartbeats
13319, South_Korea
14959, Soviet_Union
22764, Spencer_Williams
9635, William_Weiner
29829, Yoo_Seung-jun
25114, Yoon_Doo-joon
src, edge_attr, dst
7717, genre, 24868
7717, hometown, 13319
15536, country, 14959
14666, genre, 24868
14666, hometown, 13319
6105, genre, 24868
336, genre, 24868
336, hometown, 13319
19451, birthPlace, 13319
19451, genre, 24868
19451, hometown, 13319
24868, stylisticOrigin, 4793
4793, derivative, 24868
20910, birthPlace, 13319
20910, genre, 24868
20910, hometown, 13319
14176, stylisticOrigin, 24868
14176, stylisticOrigin, 4793
12394, birthPlace, 13319
12394, genre, 4793
8200, genre, 24868
8200, hometown, 13319
23384, birthPlace, 14959
23384, genre, 4793
26984, genre, 24868
26984, genre, 4793
11024, genre, 24868
11024, genre, 4793
10084, genre, 24868
10084, genre, 4793
6273, birthPlace, 14959
6273, genre, 24868
7251, country, 13319
22764, genre, 4793
9635, birthPlace, 14959
9635, genre, 4793
29829, genre, 24868
29829, hometown, 13319
25114, birthPlace, 13319
25114, genre, 24868
25114, hometown, 13319
Question: For what reason are Andrei_Rublev_(film), Believe_It_(song), Padam_Padam..._The_Sound_of_His_and_Her_Heartbeats, and Spencer_Williams associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Andrei_Rublev_(film)",
"Believe_It_(song)",
"Padam_Padam..._The_Sound_of_His_and_Her_Heartbeats",
"Spencer_Williams"
],
"valid_edges": [
[
"AlphaBat",
"genre",
"Hip_hop_music"
],
[
"AlphaBat",
"hometown",
"South_Korea"
],
[
"Andrei_Rublev_(film)",
"country",
"Soviet_Union"
],
[
"Andy_Lee_(South_Korean_singer)",
"genre",
"Hip_hop_music"
],
[
"Andy_Lee_(South_Korean_singer)",
"hometown",
"South_Korea"
],
[
"Believe_It_(song)",
"genre",
"Hip_hop_music"
],
[
"Block_B",
"genre",
"Hip_hop_music"
],
[
"Block_B",
"hometown",
"South_Korea"
],
[
"DEAN",
"birthPlace",
"South_Korea"
],
[
"DEAN",
"genre",
"Hip_hop_music"
],
[
"DEAN",
"hometown",
"South_Korea"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Jung_Dae-hyun",
"birthPlace",
"South_Korea"
],
[
"Jung_Dae-hyun",
"genre",
"Hip_hop_music"
],
[
"Jung_Dae-hyun",
"hometown",
"South_Korea"
],
[
"K-pop",
"stylisticOrigin",
"Hip_hop_music"
],
[
"K-pop",
"stylisticOrigin",
"Jazz"
],
[
"Lee_Hi",
"birthPlace",
"South_Korea"
],
[
"Lee_Hi",
"genre",
"Jazz"
],
[
"Lee_Jae-jin_(musician,_born_1979)",
"genre",
"Hip_hop_music"
],
[
"Lee_Jae-jin_(musician,_born_1979)",
"hometown",
"South_Korea"
],
[
"Leonid_Agutin",
"birthPlace",
"Soviet_Union"
],
[
"Leonid_Agutin",
"genre",
"Jazz"
],
[
"Luis_Resto_(musician)",
"genre",
"Hip_hop_music"
],
[
"Luis_Resto_(musician)",
"genre",
"Jazz"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Hip_hop_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Jazz"
],
[
"Miles_Mosley",
"genre",
"Hip_hop_music"
],
[
"Miles_Mosley",
"genre",
"Jazz"
],
[
"Miri_Yusif",
"birthPlace",
"Soviet_Union"
],
[
"Miri_Yusif",
"genre",
"Hip_hop_music"
],
[
"Padam_Padam..._The_Sound_of_His_and_Her_Heartbeats",
"country",
"South_Korea"
],
[
"Spencer_Williams",
"genre",
"Jazz"
],
[
"William_Weiner",
"birthPlace",
"Soviet_Union"
],
[
"William_Weiner",
"genre",
"Jazz"
],
[
"Yoo_Seung-jun",
"genre",
"Hip_hop_music"
],
[
"Yoo_Seung-jun",
"hometown",
"South_Korea"
],
[
"Yoon_Doo-joon",
"birthPlace",
"South_Korea"
],
[
"Yoon_Doo-joon",
"genre",
"Hip_hop_music"
],
[
"Yoon_Doo-joon",
"hometown",
"South_Korea"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
230, 2014–15_Serbian_First_League
22187, AOMG
7717, AlphaBat
14666, Andy_Lee_(South_Korean_singer)
336, Block_B
12001, Bojan_Mišić
7756, Chrysalis_Records
19451, DEAN
27111, DJ_Premier
21816, FK_Kolubara
24868, Hip_hop_music
20910, Jung_Dae-hyun
8200, Lee_Jae-jin_(musician,_born_1979)
7127, Leo_Lyons
20682, List_of_Russian_football_transfers_summer_2009
11921, Masta_Wu
22389, Oh_Beom-seok
27225, Seven_(Korean_singer)
13319, South_Korea
22913, Tha_Hall_of_Game
29829, Yoo_Seung-jun
25114, Yoon_Doo-joon
src, edge_attr, dst
22187, country, 13319
22187, genre, 24868
22187, location, 13319
7717, genre, 24868
7717, hometown, 13319
14666, genre, 24868
14666, hometown, 13319
336, genre, 24868
336, hometown, 13319
12001, team, 21816
19451, birthPlace, 13319
19451, genre, 24868
19451, hometown, 13319
27111, genre, 24868
27111, recordLabel, 7756
21816, season, 230
20910, birthPlace, 13319
20910, genre, 24868
20910, hometown, 13319
8200, genre, 24868
8200, hometown, 13319
7127, recordLabel, 7756
20682, currentMember, 12001
20682, currentMember, 22389
11921, birthPlace, 13319
11921, genre, 24868
11921, hometown, 13319
22389, birthPlace, 13319
27225, genre, 24868
27225, hometown, 13319
22913, genre, 24868
29829, genre, 24868
29829, hometown, 13319
25114, birthPlace, 13319
25114, genre, 24868
25114, hometown, 13319
Question: In what context are 2014–15_Serbian_First_League, Leo_Lyons, Oh_Beom-seok, and Tha_Hall_of_Game connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"2014–15_Serbian_First_League",
"Leo_Lyons",
"Oh_Beom-seok",
"Tha_Hall_of_Game"
],
"valid_edges": [
[
"AOMG",
"country",
"South_Korea"
],
[
"AOMG",
"genre",
"Hip_hop_music"
],
[
"AOMG",
"location",
"South_Korea"
],
[
"AlphaBat",
"genre",
"Hip_hop_music"
],
[
"AlphaBat",
"hometown",
"South_Korea"
],
[
"Andy_Lee_(South_Korean_singer)",
"genre",
"Hip_hop_music"
],
[
"Andy_Lee_(South_Korean_singer)",
"hometown",
"South_Korea"
],
[
"Block_B",
"genre",
"Hip_hop_music"
],
[
"Block_B",
"hometown",
"South_Korea"
],
[
"Bojan_Mišić",
"team",
"FK_Kolubara"
],
[
"DEAN",
"birthPlace",
"South_Korea"
],
[
"DEAN",
"genre",
"Hip_hop_music"
],
[
"DEAN",
"hometown",
"South_Korea"
],
[
"DJ_Premier",
"genre",
"Hip_hop_music"
],
[
"DJ_Premier",
"recordLabel",
"Chrysalis_Records"
],
[
"FK_Kolubara",
"season",
"2014–15_Serbian_First_League"
],
[
"Jung_Dae-hyun",
"birthPlace",
"South_Korea"
],
[
"Jung_Dae-hyun",
"genre",
"Hip_hop_music"
],
[
"Jung_Dae-hyun",
"hometown",
"South_Korea"
],
[
"Lee_Jae-jin_(musician,_born_1979)",
"genre",
"Hip_hop_music"
],
[
"Lee_Jae-jin_(musician,_born_1979)",
"hometown",
"South_Korea"
],
[
"Leo_Lyons",
"recordLabel",
"Chrysalis_Records"
],
[
"List_of_Russian_football_transfers_summer_2009",
"currentMember",
"Bojan_Mišić"
],
[
"List_of_Russian_football_transfers_summer_2009",
"currentMember",
"Oh_Beom-seok"
],
[
"Masta_Wu",
"birthPlace",
"South_Korea"
],
[
"Masta_Wu",
"genre",
"Hip_hop_music"
],
[
"Masta_Wu",
"hometown",
"South_Korea"
],
[
"Oh_Beom-seok",
"birthPlace",
"South_Korea"
],
[
"Seven_(Korean_singer)",
"genre",
"Hip_hop_music"
],
[
"Seven_(Korean_singer)",
"hometown",
"South_Korea"
],
[
"Tha_Hall_of_Game",
"genre",
"Hip_hop_music"
],
[
"Yoo_Seung-jun",
"genre",
"Hip_hop_music"
],
[
"Yoo_Seung-jun",
"hometown",
"South_Korea"
],
[
"Yoon_Doo-joon",
"birthPlace",
"South_Korea"
],
[
"Yoon_Doo-joon",
"genre",
"Hip_hop_music"
],
[
"Yoon_Doo-joon",
"hometown",
"South_Korea"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
27741, 5_Songs_(Iced_Earth_EP)
20582, Aaron_Yan
23988, Ace_Frehley
3202, Alex_Van_Halen
6468, Arjen_Anthony_Lucassen
17804, Artcell
10831, Bigelf
30167, Brian_Marshall
31, British_Columbia
17745, Casablanca_Records
28355, Cedric_Bixler-Zavala
22017, Chad_Szeliga
10844, Charles_Erwin_Wilson
28600, Chocolate_City_Records
18261, Chuck_Biscuits
19877, Dave_McClain_(drummer)
29101, David_Lauser
24211, Dirk_Verbeuren
86, Dirty_Dozen_Brass_Band
14628, Doane_Perry
3141, Drum_kit
5083, Elements_of_Persuasion
28882, Finland
19558, Floor_Jansen
6275, Fozzy
27299, Graham_Lyle
19903, Grunge
19631, Heavy_metal_music
10900, Herman_Rarebell
21933, Horror_punk
11580, Huelga_De_Hambre
7593, Indie_folk
7575, Infini_(album)
21416, Jean-Yves_Thériault
8825, Jens_Johansson
25304, Jimmy_D'Anda
14671, Joey_Sturgis
4482, Johnny_Owens
3185, Josh_Ramsay
13779, Kosta_Zafiriou
8412, Kvitrafn
24962, Lars_Eric_Si
7, Leatherwolf
24011, Letzte_Instanz
20707, Live_at_FM_101
15668, Louisiana
27296, Ludwig_Drums
14118, Marcela_Bovio
1336, Markus_Johansson
30219, Mavrik
7358, Michel_Langevin
2951, Mikko_Sirén
29821, Misha_Mansoor
18630, Morgana_Lefay
18562, Neil_Peart
29244, Nick_Augusto
6644, Of_Rust_and_Bones
23182, Onmyo-Za
6507, Operation:_Livecrime
9111, Percussion_instrument
21315, Peter_Criss
17085, Pharaoh_Overlord
8525, Phil_Taylor_(musician)
10806, Poisonblack
5527, Progressive_metal
18377, Punky_Meadows
3423, Raef_al_Hasan_Rafa
9693, Ralph_Santolla
9758, Rat_Skates
5054, Reb_Beach
22144, Richard_Henshall
20298, Rusty_Day
15034, Saki_Kaskas
26072, Sarah_Neufeld
3230, Sentenced
23937, Sergey_Mavrin
28504, Sleaszy_Rider_Records
6292, SoulSpell
20532, Steve_DiGiorgio
18150, Sturm_und_Drang_(band)
285, Take_Cover_(album)
9386, The_Organ
19341, Tomas_Haake
17232, Tony_MacAlpine
182, Tradition_(Michael_Angelo_Batio_album)
1907, Triumph_(band)
24928, Ugly_Ego
25205, Violin
21712, WarCry_(band)
15441, Warmen
src, edge_attr, dst
27741, genre, 19631
27741, genre, 5527
20582, instrument, 3141
20582, instrument, 25205
23988, genre, 19631
23988, recordLabel, 17745
3202, genre, 19631
3202, instrument, 3141
3202, instrument, 27296
6468, genre, 19631
6468, genre, 5527
17804, genre, 19631
17804, genre, 5527
10831, genre, 19631
10831, genre, 5527
30167, genre, 19631
30167, instrument, 3141
28355, genre, 19631
28355, instrument, 3141
22017, genre, 19631
22017, instrument, 3141
10844, deathPlace, 15668
28600, distributingCompany, 17745
28600, distributingLabel, 17745
28600, parentCompany, 17745
18261, birthPlace, 31
18261, genre, 19631
18261, instrument, 3141
19877, genre, 19631
19877, instrument, 3141
29101, genre, 19631
29101, instrument, 3141
24211, genre, 19631
24211, instrument, 3141
24211, instrument, 9111
86, bandMember, 3141
86, hometown, 15668
14628, genre, 19631
14628, instrument, 3141
5083, genre, 19631
5083, genre, 5527
19558, genre, 5527
19558, instrument, 25205
6275, genre, 19631
6275, genre, 5527
27299, instrument, 3141
27299, instrument, 25205
19903, instrument, 3141
19903, stylisticOrigin, 19631
19631, derivative, 19903
19631, instrument, 3141
19631, musicFusionGenre, 5527
10900, genre, 19631
10900, instrument, 3141
21933, instrument, 3141
21933, stylisticOrigin, 19631
11580, bandMember, 3141
11580, genre, 19903
11580, genre, 19631
7593, instrument, 3141
7593, instrument, 25205
7575, genre, 19631
7575, genre, 5527
21416, genre, 19631
21416, genre, 5527
8825, genre, 19631
8825, genre, 5527
25304, genre, 19631
25304, instrument, 3141
14671, genre, 19631
14671, instrument, 3141
4482, genre, 19631
4482, instrument, 3141
4482, instrument, 9111
3185, instrument, 3141
3185, instrument, 25205
13779, genre, 19631
13779, instrument, 3141
8412, genre, 19631
8412, instrument, 3141
24962, genre, 19903
24962, genre, 19631
24962, genre, 5527
7, genre, 19631
7, genre, 5527
24011, genre, 5527
24011, instrument, 25205
20707, genre, 19631
20707, genre, 5527
27296, product, 3141
14118, genre, 5527
14118, instrument, 25205
14118, occupation, 25205
1336, genre, 19631
1336, genre, 5527
30219, bandMember, 23937
30219, genre, 19631
30219, genre, 5527
7358, genre, 19631
7358, genre, 5527
2951, genre, 19631
2951, hometown, 28882
2951, instrument, 3141
2951, instrument, 9111
2951, instrument, 25205
29821, genre, 5527
29821, instrument, 3141
18630, genre, 19631
18630, genre, 5527
18562, genre, 19631
18562, instrument, 3141
18562, instrument, 9111
29244, genre, 19631
29244, instrument, 3141
29244, instrument, 9111
6644, artist, 10806
6644, genre, 19631
6644, recordedIn, 28882
23182, genre, 19631
23182, genre, 5527
6507, genre, 19631
6507, genre, 5527
21315, genre, 19631
21315, recordLabel, 17745
17085, genre, 19631
17085, hometown, 28882
8525, genre, 19631
8525, instrument, 3141
10806, associatedBand, 3230
10806, associatedMusicalArtist, 3230
10806, genre, 19631
10806, hometown, 28882
5527, instrument, 9111
5527, stylisticOrigin, 19631
18377, genre, 19631
18377, recordLabel, 17745
3423, genre, 19631
3423, genre, 5527
9693, genre, 19631
9693, instrument, 3141
9758, genre, 19631
9758, instrument, 3141
5054, genre, 19631
5054, genre, 5527
22144, genre, 19631
22144, genre, 5527
20298, genre, 19631
20298, instrument, 3141
20298, instrument, 9111
15034, genre, 19631
15034, instrument, 3141
26072, birthPlace, 31
26072, instrument, 25205
3230, associatedBand, 10806
3230, associatedMusicalArtist, 10806
3230, genre, 19631
3230, hometown, 28882
23937, associatedBand, 30219
23937, associatedMusicalArtist, 30219
23937, genre, 19631
23937, genre, 5527
28504, genre, 19631
28504, genre, 5527
6292, genre, 19631
6292, genre, 5527
20532, genre, 19631
20532, genre, 5527
18150, bandMember, 18150
18150, formerBandMember, 18150
18150, genre, 19631
18150, hometown, 28882
285, genre, 19631
285, genre, 5527
9386, bandMember, 3141
9386, hometown, 31
19341, genre, 5527
19341, instrument, 3141
17232, genre, 19631
17232, genre, 5527
182, genre, 19631
182, genre, 5527
1907, genre, 19631
1907, genre, 5527
24928, recordLabel, 28600
21712, genre, 19631
21712, genre, 5527
15441, genre, 19631
15441, genre, 5527
15441, hometown, 28882
Question: How are Charles_Erwin_Wilson, Heavy_metal_music, Sarah_Neufeld, and Ugly_Ego related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Charles_Erwin_Wilson",
"Heavy_metal_music",
"Sarah_Neufeld",
"Ugly_Ego"
],
"valid_edges": [
[
"5_Songs_(Iced_Earth_EP)",
"genre",
"Heavy_metal_music"
],
[
"5_Songs_(Iced_Earth_EP)",
"genre",
"Progressive_metal"
],
[
"Aaron_Yan",
"instrument",
"Drum_kit"
],
[
"Aaron_Yan",
"instrument",
"Violin"
],
[
"Ace_Frehley",
"genre",
"Heavy_metal_music"
],
[
"Ace_Frehley",
"recordLabel",
"Casablanca_Records"
],
[
"Alex_Van_Halen",
"genre",
"Heavy_metal_music"
],
[
"Alex_Van_Halen",
"instrument",
"Drum_kit"
],
[
"Alex_Van_Halen",
"instrument",
"Ludwig_Drums"
],
[
"Arjen_Anthony_Lucassen",
"genre",
"Heavy_metal_music"
],
[
"Arjen_Anthony_Lucassen",
"genre",
"Progressive_metal"
],
[
"Artcell",
"genre",
"Heavy_metal_music"
],
[
"Artcell",
"genre",
"Progressive_metal"
],
[
"Bigelf",
"genre",
"Heavy_metal_music"
],
[
"Bigelf",
"genre",
"Progressive_metal"
],
[
"Brian_Marshall",
"genre",
"Heavy_metal_music"
],
[
"Brian_Marshall",
"instrument",
"Drum_kit"
],
[
"Cedric_Bixler-Zavala",
"genre",
"Heavy_metal_music"
],
[
"Cedric_Bixler-Zavala",
"instrument",
"Drum_kit"
],
[
"Chad_Szeliga",
"genre",
"Heavy_metal_music"
],
[
"Chad_Szeliga",
"instrument",
"Drum_kit"
],
[
"Charles_Erwin_Wilson",
"deathPlace",
"Louisiana"
],
[
"Chocolate_City_Records",
"distributingCompany",
"Casablanca_Records"
],
[
"Chocolate_City_Records",
"distributingLabel",
"Casablanca_Records"
],
[
"Chocolate_City_Records",
"parentCompany",
"Casablanca_Records"
],
[
"Chuck_Biscuits",
"birthPlace",
"British_Columbia"
],
[
"Chuck_Biscuits",
"genre",
"Heavy_metal_music"
],
[
"Chuck_Biscuits",
"instrument",
"Drum_kit"
],
[
"Dave_McClain_(drummer)",
"genre",
"Heavy_metal_music"
],
[
"Dave_McClain_(drummer)",
"instrument",
"Drum_kit"
],
[
"David_Lauser",
"genre",
"Heavy_metal_music"
],
[
"David_Lauser",
"instrument",
"Drum_kit"
],
[
"Dirk_Verbeuren",
"genre",
"Heavy_metal_music"
],
[
"Dirk_Verbeuren",
"instrument",
"Drum_kit"
],
[
"Dirk_Verbeuren",
"instrument",
"Percussion_instrument"
],
[
"Dirty_Dozen_Brass_Band",
"bandMember",
"Drum_kit"
],
[
"Dirty_Dozen_Brass_Band",
"hometown",
"Louisiana"
],
[
"Doane_Perry",
"genre",
"Heavy_metal_music"
],
[
"Doane_Perry",
"instrument",
"Drum_kit"
],
[
"Elements_of_Persuasion",
"genre",
"Heavy_metal_music"
],
[
"Elements_of_Persuasion",
"genre",
"Progressive_metal"
],
[
"Floor_Jansen",
"genre",
"Progressive_metal"
],
[
"Floor_Jansen",
"instrument",
"Violin"
],
[
"Fozzy",
"genre",
"Heavy_metal_music"
],
[
"Fozzy",
"genre",
"Progressive_metal"
],
[
"Graham_Lyle",
"instrument",
"Drum_kit"
],
[
"Graham_Lyle",
"instrument",
"Violin"
],
[
"Grunge",
"instrument",
"Drum_kit"
],
[
"Grunge",
"stylisticOrigin",
"Heavy_metal_music"
],
[
"Heavy_metal_music",
"derivative",
"Grunge"
],
[
"Heavy_metal_music",
"instrument",
"Drum_kit"
],
[
"Heavy_metal_music",
"musicFusionGenre",
"Progressive_metal"
],
[
"Herman_Rarebell",
"genre",
"Heavy_metal_music"
],
[
"Herman_Rarebell",
"instrument",
"Drum_kit"
],
[
"Horror_punk",
"instrument",
"Drum_kit"
],
[
"Horror_punk",
"stylisticOrigin",
"Heavy_metal_music"
],
[
"Huelga_De_Hambre",
"bandMember",
"Drum_kit"
],
[
"Huelga_De_Hambre",
"genre",
"Grunge"
],
[
"Huelga_De_Hambre",
"genre",
"Heavy_metal_music"
],
[
"Indie_folk",
"instrument",
"Drum_kit"
],
[
"Indie_folk",
"instrument",
"Violin"
],
[
"Infini_(album)",
"genre",
"Heavy_metal_music"
],
[
"Infini_(album)",
"genre",
"Progressive_metal"
],
[
"Jean-Yves_Thériault",
"genre",
"Heavy_metal_music"
],
[
"Jean-Yves_Thériault",
"genre",
"Progressive_metal"
],
[
"Jens_Johansson",
"genre",
"Heavy_metal_music"
],
[
"Jens_Johansson",
"genre",
"Progressive_metal"
],
[
"Jimmy_D'Anda",
"genre",
"Heavy_metal_music"
],
[
"Jimmy_D'Anda",
"instrument",
"Drum_kit"
],
[
"Joey_Sturgis",
"genre",
"Heavy_metal_music"
],
[
"Joey_Sturgis",
"instrument",
"Drum_kit"
],
[
"Johnny_Owens",
"genre",
"Heavy_metal_music"
],
[
"Johnny_Owens",
"instrument",
"Drum_kit"
],
[
"Johnny_Owens",
"instrument",
"Percussion_instrument"
],
[
"Josh_Ramsay",
"instrument",
"Drum_kit"
],
[
"Josh_Ramsay",
"instrument",
"Violin"
],
[
"Kosta_Zafiriou",
"genre",
"Heavy_metal_music"
],
[
"Kosta_Zafiriou",
"instrument",
"Drum_kit"
],
[
"Kvitrafn",
"genre",
"Heavy_metal_music"
],
[
"Kvitrafn",
"instrument",
"Drum_kit"
],
[
"Lars_Eric_Si",
"genre",
"Grunge"
],
[
"Lars_Eric_Si",
"genre",
"Heavy_metal_music"
],
[
"Lars_Eric_Si",
"genre",
"Progressive_metal"
],
[
"Leatherwolf",
"genre",
"Heavy_metal_music"
],
[
"Leatherwolf",
"genre",
"Progressive_metal"
],
[
"Letzte_Instanz",
"genre",
"Progressive_metal"
],
[
"Letzte_Instanz",
"instrument",
"Violin"
],
[
"Live_at_FM_101",
"genre",
"Heavy_metal_music"
],
[
"Live_at_FM_101",
"genre",
"Progressive_metal"
],
[
"Ludwig_Drums",
"product",
"Drum_kit"
],
[
"Marcela_Bovio",
"genre",
"Progressive_metal"
],
[
"Marcela_Bovio",
"instrument",
"Violin"
],
[
"Marcela_Bovio",
"occupation",
"Violin"
],
[
"Markus_Johansson",
"genre",
"Heavy_metal_music"
],
[
"Markus_Johansson",
"genre",
"Progressive_metal"
],
[
"Mavrik",
"bandMember",
"Sergey_Mavrin"
],
[
"Mavrik",
"genre",
"Heavy_metal_music"
],
[
"Mavrik",
"genre",
"Progressive_metal"
],
[
"Michel_Langevin",
"genre",
"Heavy_metal_music"
],
[
"Michel_Langevin",
"genre",
"Progressive_metal"
],
[
"Mikko_Sirén",
"genre",
"Heavy_metal_music"
],
[
"Mikko_Sirén",
"hometown",
"Finland"
],
[
"Mikko_Sirén",
"instrument",
"Drum_kit"
],
[
"Mikko_Sirén",
"instrument",
"Percussion_instrument"
],
[
"Mikko_Sirén",
"instrument",
"Violin"
],
[
"Misha_Mansoor",
"genre",
"Progressive_metal"
],
[
"Misha_Mansoor",
"instrument",
"Drum_kit"
],
[
"Morgana_Lefay",
"genre",
"Heavy_metal_music"
],
[
"Morgana_Lefay",
"genre",
"Progressive_metal"
],
[
"Neil_Peart",
"genre",
"Heavy_metal_music"
],
[
"Neil_Peart",
"instrument",
"Drum_kit"
],
[
"Neil_Peart",
"instrument",
"Percussion_instrument"
],
[
"Nick_Augusto",
"genre",
"Heavy_metal_music"
],
[
"Nick_Augusto",
"instrument",
"Drum_kit"
],
[
"Nick_Augusto",
"instrument",
"Percussion_instrument"
],
[
"Of_Rust_and_Bones",
"artist",
"Poisonblack"
],
[
"Of_Rust_and_Bones",
"genre",
"Heavy_metal_music"
],
[
"Of_Rust_and_Bones",
"recordedIn",
"Finland"
],
[
"Onmyo-Za",
"genre",
"Heavy_metal_music"
],
[
"Onmyo-Za",
"genre",
"Progressive_metal"
],
[
"Operation:_Livecrime",
"genre",
"Heavy_metal_music"
],
[
"Operation:_Livecrime",
"genre",
"Progressive_metal"
],
[
"Peter_Criss",
"genre",
"Heavy_metal_music"
],
[
"Peter_Criss",
"recordLabel",
"Casablanca_Records"
],
[
"Pharaoh_Overlord",
"genre",
"Heavy_metal_music"
],
[
"Pharaoh_Overlord",
"hometown",
"Finland"
],
[
"Phil_Taylor_(musician)",
"genre",
"Heavy_metal_music"
],
[
"Phil_Taylor_(musician)",
"instrument",
"Drum_kit"
],
[
"Poisonblack",
"associatedBand",
"Sentenced"
],
[
"Poisonblack",
"associatedMusicalArtist",
"Sentenced"
],
[
"Poisonblack",
"genre",
"Heavy_metal_music"
],
[
"Poisonblack",
"hometown",
"Finland"
],
[
"Progressive_metal",
"instrument",
"Percussion_instrument"
],
[
"Progressive_metal",
"stylisticOrigin",
"Heavy_metal_music"
],
[
"Punky_Meadows",
"genre",
"Heavy_metal_music"
],
[
"Punky_Meadows",
"recordLabel",
"Casablanca_Records"
],
[
"Raef_al_Hasan_Rafa",
"genre",
"Heavy_metal_music"
],
[
"Raef_al_Hasan_Rafa",
"genre",
"Progressive_metal"
],
[
"Ralph_Santolla",
"genre",
"Heavy_metal_music"
],
[
"Ralph_Santolla",
"instrument",
"Drum_kit"
],
[
"Rat_Skates",
"genre",
"Heavy_metal_music"
],
[
"Rat_Skates",
"instrument",
"Drum_kit"
],
[
"Reb_Beach",
"genre",
"Heavy_metal_music"
],
[
"Reb_Beach",
"genre",
"Progressive_metal"
],
[
"Richard_Henshall",
"genre",
"Heavy_metal_music"
],
[
"Richard_Henshall",
"genre",
"Progressive_metal"
],
[
"Rusty_Day",
"genre",
"Heavy_metal_music"
],
[
"Rusty_Day",
"instrument",
"Drum_kit"
],
[
"Rusty_Day",
"instrument",
"Percussion_instrument"
],
[
"Saki_Kaskas",
"genre",
"Heavy_metal_music"
],
[
"Saki_Kaskas",
"instrument",
"Drum_kit"
],
[
"Sarah_Neufeld",
"birthPlace",
"British_Columbia"
],
[
"Sarah_Neufeld",
"instrument",
"Violin"
],
[
"Sentenced",
"associatedBand",
"Poisonblack"
],
[
"Sentenced",
"associatedMusicalArtist",
"Poisonblack"
],
[
"Sentenced",
"genre",
"Heavy_metal_music"
],
[
"Sentenced",
"hometown",
"Finland"
],
[
"Sergey_Mavrin",
"associatedBand",
"Mavrik"
],
[
"Sergey_Mavrin",
"associatedMusicalArtist",
"Mavrik"
],
[
"Sergey_Mavrin",
"genre",
"Heavy_metal_music"
],
[
"Sergey_Mavrin",
"genre",
"Progressive_metal"
],
[
"Sleaszy_Rider_Records",
"genre",
"Heavy_metal_music"
],
[
"Sleaszy_Rider_Records",
"genre",
"Progressive_metal"
],
[
"SoulSpell",
"genre",
"Heavy_metal_music"
],
[
"SoulSpell",
"genre",
"Progressive_metal"
],
[
"Steve_DiGiorgio",
"genre",
"Heavy_metal_music"
],
[
"Steve_DiGiorgio",
"genre",
"Progressive_metal"
],
[
"Sturm_und_Drang_(band)",
"bandMember",
"Sturm_und_Drang_(band)"
],
[
"Sturm_und_Drang_(band)",
"formerBandMember",
"Sturm_und_Drang_(band)"
],
[
"Sturm_und_Drang_(band)",
"genre",
"Heavy_metal_music"
],
[
"Sturm_und_Drang_(band)",
"hometown",
"Finland"
],
[
"Take_Cover_(album)",
"genre",
"Heavy_metal_music"
],
[
"Take_Cover_(album)",
"genre",
"Progressive_metal"
],
[
"The_Organ",
"bandMember",
"Drum_kit"
],
[
"The_Organ",
"hometown",
"British_Columbia"
],
[
"Tomas_Haake",
"genre",
"Progressive_metal"
],
[
"Tomas_Haake",
"instrument",
"Drum_kit"
],
[
"Tony_MacAlpine",
"genre",
"Heavy_metal_music"
],
[
"Tony_MacAlpine",
"genre",
"Progressive_metal"
],
[
"Tradition_(Michael_Angelo_Batio_album)",
"genre",
"Heavy_metal_music"
],
[
"Tradition_(Michael_Angelo_Batio_album)",
"genre",
"Progressive_metal"
],
[
"Triumph_(band)",
"genre",
"Heavy_metal_music"
],
[
"Triumph_(band)",
"genre",
"Progressive_metal"
],
[
"Ugly_Ego",
"recordLabel",
"Chocolate_City_Records"
],
[
"WarCry_(band)",
"genre",
"Heavy_metal_music"
],
[
"WarCry_(band)",
"genre",
"Progressive_metal"
],
[
"Warmen",
"genre",
"Heavy_metal_music"
],
[
"Warmen",
"genre",
"Progressive_metal"
],
[
"Warmen",
"hometown",
"Finland"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
26627, 480i
9137, At_the_Gates_of_Darkness
16962, Australia_Plus
10189, Big_Time_Rush
21327, English_language
6831, Germany
10075, Hans-Wolfgang_Arndt
21029, Live_in_Europe_1967:_The_Bootleg_Series_Vol._1
14701, Para_Cosas_Buenas
11784, Sony_Music_Entertainment
21096, The_Voice_of_Germany
22015, Ye_Maaya_Chesave_(soundtrack)
src, edge_attr, dst
9137, language, 21327
16962, pictureFormat, 26627
10189, company, 11784
10189, format, 26627
10075, residence, 6831
21029, language, 21327
21029, recordLabel, 11784
14701, recordLabel, 11784
21096, country, 6831
21096, format, 26627
21096, language, 6831
22015, language, 21327
22015, recordLabel, 11784
Question: In what context are At_the_Gates_of_Darkness, Australia_Plus, Hans-Wolfgang_Arndt, and Para_Cosas_Buenas connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"At_the_Gates_of_Darkness",
"Australia_Plus",
"Hans-Wolfgang_Arndt",
"Para_Cosas_Buenas"
],
"valid_edges": [
[
"At_the_Gates_of_Darkness",
"language",
"English_language"
],
[
"Australia_Plus",
"pictureFormat",
"480i"
],
[
"Big_Time_Rush",
"company",
"Sony_Music_Entertainment"
],
[
"Big_Time_Rush",
"format",
"480i"
],
[
"Hans-Wolfgang_Arndt",
"residence",
"Germany"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"language",
"English_language"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Para_Cosas_Buenas",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"The_Voice_of_Germany",
"country",
"Germany"
],
[
"The_Voice_of_Germany",
"format",
"480i"
],
[
"The_Voice_of_Germany",
"language",
"Germany"
],
[
"Ye_Maaya_Chesave_(soundtrack)",
"language",
"English_language"
],
[
"Ye_Maaya_Chesave_(soundtrack)",
"recordLabel",
"Sony_Music_Entertainment"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
29693, Beatriz_Batarda
4497, Irina_Shayk
14173, Leonid_Kuchuk
13867, Live_at_the_Marquee_(Dream_Theater_album)
6158, London
18320, Peter_Theobalds
5527, Progressive_metal
14959, Soviet_Union
22515, The_Butterfly_Effect_(Moonspell_album)
18593, Yelena_Bonner
src, edge_attr, dst
29693, birthPlace, 6158
4497, agency, 6158
4497, birthPlace, 14959
14173, birthPlace, 14959
13867, genre, 5527
13867, recordedIn, 6158
18320, genre, 5527
22515, genre, 5527
22515, recordedIn, 6158
18593, birthPlace, 14959
Question: For what reason are Beatriz_Batarda, Leonid_Kuchuk, Peter_Theobalds, and Yelena_Bonner associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Beatriz_Batarda",
"Leonid_Kuchuk",
"Peter_Theobalds",
"Yelena_Bonner"
],
"valid_edges": [
[
"Beatriz_Batarda",
"birthPlace",
"London"
],
[
"Irina_Shayk",
"agency",
"London"
],
[
"Irina_Shayk",
"birthPlace",
"Soviet_Union"
],
[
"Leonid_Kuchuk",
"birthPlace",
"Soviet_Union"
],
[
"Live_at_the_Marquee_(Dream_Theater_album)",
"genre",
"Progressive_metal"
],
[
"Live_at_the_Marquee_(Dream_Theater_album)",
"recordedIn",
"London"
],
[
"Peter_Theobalds",
"genre",
"Progressive_metal"
],
[
"The_Butterfly_Effect_(Moonspell_album)",
"genre",
"Progressive_metal"
],
[
"The_Butterfly_Effect_(Moonspell_album)",
"recordedIn",
"London"
],
[
"Yelena_Bonner",
"birthPlace",
"Soviet_Union"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
2514, 2020_(mini-series)
12941, A_Line_in_the_Sand
24717, Broken_Head_(album)
7264, Goat_Horn
19631, Heavy_metal_music
16511, Iran
14199, Malavi_Rural_District
18528, Poland
14542, Ross_Kemp
21483, Shahrzad_Rafati
20662, Thriller_(genre)
2935, Ultimate_Force
13851, Vancouver
src, edge_attr, dst
2514, country, 18528
2514, genre, 20662
2514, location, 18528
2514, location, 13851
12941, genre, 20662
12941, starring, 14542
24717, genre, 19631
24717, recordedIn, 18528
7264, genre, 19631
14199, country, 16511
21483, birthPlace, 16511
21483, nationality, 16511
21483, occupation, 13851
21483, stateOfOrigin, 16511
2935, starring, 14542
Question: For what reason are 2020_(mini-series), Goat_Horn, Malavi_Rural_District, and Ultimate_Force associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"2020_(mini-series)",
"Goat_Horn",
"Malavi_Rural_District",
"Ultimate_Force"
],
"valid_edges": [
[
"2020_(mini-series)",
"country",
"Poland"
],
[
"2020_(mini-series)",
"genre",
"Thriller_(genre)"
],
[
"2020_(mini-series)",
"location",
"Poland"
],
[
"2020_(mini-series)",
"location",
"Vancouver"
],
[
"A_Line_in_the_Sand",
"genre",
"Thriller_(genre)"
],
[
"A_Line_in_the_Sand",
"starring",
"Ross_Kemp"
],
[
"Broken_Head_(album)",
"genre",
"Heavy_metal_music"
],
[
"Broken_Head_(album)",
"recordedIn",
"Poland"
],
[
"Goat_Horn",
"genre",
"Heavy_metal_music"
],
[
"Malavi_Rural_District",
"country",
"Iran"
],
[
"Shahrzad_Rafati",
"birthPlace",
"Iran"
],
[
"Shahrzad_Rafati",
"nationality",
"Iran"
],
[
"Shahrzad_Rafati",
"occupation",
"Vancouver"
],
[
"Shahrzad_Rafati",
"stateOfOrigin",
"Iran"
],
[
"Ultimate_Force",
"starring",
"Ross_Kemp"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
17149, Accept_(band)
718, Axxis
11503, Blast_from_the_Past_(album)
9538, Bookatable
19877, Dave_McClain_(drummer)
2884, Devil's_Ground
5306, Dezperadoz
18183, Die_Apokalyptischen_Reiter
29037, Eurosport_2
28882, Finland
6831, Germany
22681, Heavens_Gate_(band)
19631, Heavy_metal_music
10900, Herman_Rarebell
22990, Joachim_Petzold
17112, Marcus_Siepen
27381, Mignon_(musician)
2951, Mikko_Sirén
26190, New_Club_of_Paris
17037, Night_Sun
12385, Quicksand_(2003_film)
15034, Saki_Kaskas
29525, Seven_Seals_(album)
85, Tesla_(band)
20479, The_Monkey_Puzzle_(UFO_album)
27228, Toni_Korkeakunnas
16285, Uwe_Lulis
16085, Witchcraft_(band)
src, edge_attr, dst
17149, genre, 19631
17149, hometown, 6831
718, genre, 19631
718, hometown, 6831
11503, genre, 19631
11503, recordedIn, 6831
9538, regionServed, 28882
9538, regionServed, 6831
19877, birthPlace, 6831
19877, genre, 19631
2884, genre, 19631
2884, recordedIn, 6831
5306, genre, 19631
5306, hometown, 6831
18183, genre, 19631
18183, hometown, 6831
29037, country, 28882
29037, country, 6831
29037, locationCountry, 28882
29037, locationCountry, 6831
22681, genre, 19631
22681, hometown, 6831
10900, genre, 19631
10900, hometown, 6831
22990, birthPlace, 6831
22990, deathPlace, 6831
17112, birthPlace, 6831
17112, genre, 19631
27381, genre, 19631
27381, hometown, 6831
2951, genre, 19631
2951, hometown, 28882
26190, location, 28882
26190, location, 6831
17037, genre, 19631
17037, hometown, 6831
12385, country, 28882
12385, country, 6831
15034, birthPlace, 6831
15034, genre, 19631
29525, genre, 19631
29525, recordedIn, 6831
85, formerBandMember, 85
85, genre, 19631
20479, genre, 19631
20479, recordedIn, 6831
27228, birthPlace, 28882
16285, birthPlace, 6831
16285, genre, 19631
16085, genre, 19631
Question: How are Joachim_Petzold, Tesla_(band), Toni_Korkeakunnas, and Witchcraft_(band) related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Joachim_Petzold",
"Tesla_(band)",
"Toni_Korkeakunnas",
"Witchcraft_(band)"
],
"valid_edges": [
[
"Accept_(band)",
"genre",
"Heavy_metal_music"
],
[
"Accept_(band)",
"hometown",
"Germany"
],
[
"Axxis",
"genre",
"Heavy_metal_music"
],
[
"Axxis",
"hometown",
"Germany"
],
[
"Blast_from_the_Past_(album)",
"genre",
"Heavy_metal_music"
],
[
"Blast_from_the_Past_(album)",
"recordedIn",
"Germany"
],
[
"Bookatable",
"regionServed",
"Finland"
],
[
"Bookatable",
"regionServed",
"Germany"
],
[
"Dave_McClain_(drummer)",
"birthPlace",
"Germany"
],
[
"Dave_McClain_(drummer)",
"genre",
"Heavy_metal_music"
],
[
"Devil's_Ground",
"genre",
"Heavy_metal_music"
],
[
"Devil's_Ground",
"recordedIn",
"Germany"
],
[
"Dezperadoz",
"genre",
"Heavy_metal_music"
],
[
"Dezperadoz",
"hometown",
"Germany"
],
[
"Die_Apokalyptischen_Reiter",
"genre",
"Heavy_metal_music"
],
[
"Die_Apokalyptischen_Reiter",
"hometown",
"Germany"
],
[
"Eurosport_2",
"country",
"Finland"
],
[
"Eurosport_2",
"country",
"Germany"
],
[
"Eurosport_2",
"locationCountry",
"Finland"
],
[
"Eurosport_2",
"locationCountry",
"Germany"
],
[
"Heavens_Gate_(band)",
"genre",
"Heavy_metal_music"
],
[
"Heavens_Gate_(band)",
"hometown",
"Germany"
],
[
"Herman_Rarebell",
"genre",
"Heavy_metal_music"
],
[
"Herman_Rarebell",
"hometown",
"Germany"
],
[
"Joachim_Petzold",
"birthPlace",
"Germany"
],
[
"Joachim_Petzold",
"deathPlace",
"Germany"
],
[
"Marcus_Siepen",
"birthPlace",
"Germany"
],
[
"Marcus_Siepen",
"genre",
"Heavy_metal_music"
],
[
"Mignon_(musician)",
"genre",
"Heavy_metal_music"
],
[
"Mignon_(musician)",
"hometown",
"Germany"
],
[
"Mikko_Sirén",
"genre",
"Heavy_metal_music"
],
[
"Mikko_Sirén",
"hometown",
"Finland"
],
[
"New_Club_of_Paris",
"location",
"Finland"
],
[
"New_Club_of_Paris",
"location",
"Germany"
],
[
"Night_Sun",
"genre",
"Heavy_metal_music"
],
[
"Night_Sun",
"hometown",
"Germany"
],
[
"Quicksand_(2003_film)",
"country",
"Finland"
],
[
"Quicksand_(2003_film)",
"country",
"Germany"
],
[
"Saki_Kaskas",
"birthPlace",
"Germany"
],
[
"Saki_Kaskas",
"genre",
"Heavy_metal_music"
],
[
"Seven_Seals_(album)",
"genre",
"Heavy_metal_music"
],
[
"Seven_Seals_(album)",
"recordedIn",
"Germany"
],
[
"Tesla_(band)",
"formerBandMember",
"Tesla_(band)"
],
[
"Tesla_(band)",
"genre",
"Heavy_metal_music"
],
[
"The_Monkey_Puzzle_(UFO_album)",
"genre",
"Heavy_metal_music"
],
[
"The_Monkey_Puzzle_(UFO_album)",
"recordedIn",
"Germany"
],
[
"Toni_Korkeakunnas",
"birthPlace",
"Finland"
],
[
"Uwe_Lulis",
"birthPlace",
"Germany"
],
[
"Uwe_Lulis",
"genre",
"Heavy_metal_music"
],
[
"Witchcraft_(band)",
"genre",
"Heavy_metal_music"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
28260, Achariaceae
25376, Brickellia_cordifolia
19561, Crotalarieae
6785, Flowering_plant
16920, Vangueriopsis_longiflora
src, edge_attr, dst
28260, division, 6785
25376, division, 6785
19561, division, 6785
16920, division, 6785
Question: In what context are Achariaceae, Brickellia_cordifolia, Crotalarieae, and Vangueriopsis_longiflora connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Achariaceae",
"Brickellia_cordifolia",
"Crotalarieae",
"Vangueriopsis_longiflora"
],
"valid_edges": [
[
"Achariaceae",
"division",
"Flowering_plant"
],
[
"Brickellia_cordifolia",
"division",
"Flowering_plant"
],
[
"Crotalarieae",
"division",
"Flowering_plant"
],
[
"Vangueriopsis_longiflora",
"division",
"Flowering_plant"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
23025, Aspect_ratio_(image)
25221, Barndance_Boys
13960, Bavarian_Fruit_Bread
29348, Bella_Union
6063, Bob's_Full_House
14517, Czechoslovak_Television
26313, Folk_music
14854, Heist_or_Hit_Records
20033, Jamie_N_Commons
1983, John_Kirkpatrick_(musician)
6158, London
12265, Loose_Music
21283, MasterChef_(UK_TV_series)
1311, Novica_Urošević
16973, Pan_Tau
2169, Pat_&_Mat
3847, RAIGN
8987, The_Climbers_(band)
30355, The_Leisure_Society
6711, Victoria_Tennant
src, edge_attr, dst
25221, genre, 26313
25221, hometown, 6158
13960, genre, 26313
13960, recordedIn, 6158
29348, genre, 26313
29348, location, 6158
6063, format, 23025
6063, location, 6158
14854, genre, 26313
14854, location, 6158
20033, genre, 26313
20033, hometown, 6158
1983, genre, 26313
1983, hometown, 6158
12265, genre, 26313
12265, location, 6158
21283, format, 23025
1311, genre, 26313
16973, company, 14517
2169, channel, 14517
2169, format, 23025
3847, genre, 26313
3847, hometown, 6158
8987, genre, 26313
8987, hometown, 6158
30355, genre, 26313
30355, hometown, 6158
6711, birthPlace, 6158
Question: In what context are MasterChef_(UK_TV_series), Novica_Urošević, Pan_Tau, and Victoria_Tennant connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"MasterChef_(UK_TV_series)",
"Novica_Urošević",
"Pan_Tau",
"Victoria_Tennant"
],
"valid_edges": [
[
"Barndance_Boys",
"genre",
"Folk_music"
],
[
"Barndance_Boys",
"hometown",
"London"
],
[
"Bavarian_Fruit_Bread",
"genre",
"Folk_music"
],
[
"Bavarian_Fruit_Bread",
"recordedIn",
"London"
],
[
"Bella_Union",
"genre",
"Folk_music"
],
[
"Bella_Union",
"location",
"London"
],
[
"Bob's_Full_House",
"format",
"Aspect_ratio_(image)"
],
[
"Bob's_Full_House",
"location",
"London"
],
[
"Heist_or_Hit_Records",
"genre",
"Folk_music"
],
[
"Heist_or_Hit_Records",
"location",
"London"
],
[
"Jamie_N_Commons",
"genre",
"Folk_music"
],
[
"Jamie_N_Commons",
"hometown",
"London"
],
[
"John_Kirkpatrick_(musician)",
"genre",
"Folk_music"
],
[
"John_Kirkpatrick_(musician)",
"hometown",
"London"
],
[
"Loose_Music",
"genre",
"Folk_music"
],
[
"Loose_Music",
"location",
"London"
],
[
"MasterChef_(UK_TV_series)",
"format",
"Aspect_ratio_(image)"
],
[
"Novica_Urošević",
"genre",
"Folk_music"
],
[
"Pan_Tau",
"company",
"Czechoslovak_Television"
],
[
"Pat_&_Mat",
"channel",
"Czechoslovak_Television"
],
[
"Pat_&_Mat",
"format",
"Aspect_ratio_(image)"
],
[
"RAIGN",
"genre",
"Folk_music"
],
[
"RAIGN",
"hometown",
"London"
],
[
"The_Climbers_(band)",
"genre",
"Folk_music"
],
[
"The_Climbers_(band)",
"hometown",
"London"
],
[
"The_Leisure_Society",
"genre",
"Folk_music"
],
[
"The_Leisure_Society",
"hometown",
"London"
],
[
"Victoria_Tennant",
"birthPlace",
"London"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
4167, 40_Days_and_40_Nights
12728, Airwolf
24667, Alliance_Atlantis
19200, Boxes_(film)
23272, Evil_Under_the_Sun_(1982_film)
6831, Germany
21382, Heinrich_Behrends
19373, Help!_I'm_a_Fish
12551, Jane_Birkin
4620, Maurice_Richard_(film)
18388, Michel_Piccoli
25793, The_Savage_State
29714, Universal_Studios
src, edge_attr, dst
4167, distributor, 24667
4167, distributor, 29714
12728, company, 24667
19200, director, 12551
19200, starring, 12551
19200, starring, 18388
19200, writer, 12551
23272, distributor, 29714
23272, starring, 12551
21382, birthPlace, 6831
21382, deathPlace, 6831
19373, country, 6831
19373, distributor, 29714
4620, distributor, 24667
4620, distributor, 29714
25793, producer, 18388
25793, starring, 18388
Question: For what reason are Airwolf, Evil_Under_the_Sun_(1982_film), Heinrich_Behrends, and The_Savage_State associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Airwolf",
"Evil_Under_the_Sun_(1982_film)",
"Heinrich_Behrends",
"The_Savage_State"
],
"valid_edges": [
[
"40_Days_and_40_Nights",
"distributor",
"Alliance_Atlantis"
],
[
"40_Days_and_40_Nights",
"distributor",
"Universal_Studios"
],
[
"Airwolf",
"company",
"Alliance_Atlantis"
],
[
"Boxes_(film)",
"director",
"Jane_Birkin"
],
[
"Boxes_(film)",
"starring",
"Jane_Birkin"
],
[
"Boxes_(film)",
"starring",
"Michel_Piccoli"
],
[
"Boxes_(film)",
"writer",
"Jane_Birkin"
],
[
"Evil_Under_the_Sun_(1982_film)",
"distributor",
"Universal_Studios"
],
[
"Evil_Under_the_Sun_(1982_film)",
"starring",
"Jane_Birkin"
],
[
"Heinrich_Behrends",
"birthPlace",
"Germany"
],
[
"Heinrich_Behrends",
"deathPlace",
"Germany"
],
[
"Help!_I'm_a_Fish",
"country",
"Germany"
],
[
"Help!_I'm_a_Fish",
"distributor",
"Universal_Studios"
],
[
"Maurice_Richard_(film)",
"distributor",
"Alliance_Atlantis"
],
[
"Maurice_Richard_(film)",
"distributor",
"Universal_Studios"
],
[
"The_Savage_State",
"producer",
"Michel_Piccoli"
],
[
"The_Savage_State",
"starring",
"Michel_Piccoli"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
24480, Ain't_Nuttin'_But_Music
2971, Asking_Too_Much
25553, Better_on_the_Other_Side
18582, Blak_Prophetz
153, Blow_Your_Headphones
22017, Chad_Szeliga
4078, Chicago:_Music_from_the_Miramax_Motion_Picture
5141, Chris_Paxton
1398, Compact_disc
30078, Curumin
670, Dani_Stevenson
26381, Dead_City_Radio_and_the_New_Gods_of_Supertown
26996, Delicious_Vinyl
18476, Doctor_Steel
26767, Drive_Slow
3141, Drum_kit
270, Embrace_the_Chaos
14759, Even_Steven_Levee
3970, Fabrizio_Sotti
11586, Giant_Step
19631, Heavy_metal_music
5080, Here_We_Come_(song)
24868, Hip_hop_music
4793, Jazz
25171, Jean-Michel_Soupraya
4482, Johnny_Owens
1927, Just_in_Love
14176, K-pop
14127, Letter_2_My_Unborn
26419, Living_After_Midnight
26984, Luis_Resto_(musician)
25516, MC_900_Ft._Jesus
11024, Miguel_Atwood-Ferguson
10084, Miles_Mosley
28114, Mocky
11510, Movin'_Along
24149, My_Love_Is_for_Real
18562, Neil_Peart
17081, Neo_soul
24755, Ooh,_Ooh_Baby_(Taral_Hicks_song)
792, Please_(Robin_Gibb_song)
5004, Rosa_Parks_(song)
16566, Sachin–Jigar
15034, Saki_Kaskas
28773, Sell_Your_Body_(To_The_Night)
23004, Sulfur_(song)
29068, The_Portland_Cello_Project
20403, The_Worlds_Freshest_(Dj.Fresh)
29529, Thirsty_Ear_Recordings
2287, Umbrella_(Shota_Shimizu_album)
18530, Wes_Felton
13364, Wesley_Geer
19912, Willard_Hill
src, edge_attr, dst
24480, format, 1398
24480, genre, 24868
2971, format, 1398
2971, genre, 19631
25553, genre, 24868
18582, genre, 24868
18582, genre, 4793
153, genre, 24868
153, genre, 4793
22017, genre, 19631
22017, genre, 24868
22017, genre, 4793
4078, genre, 24868
4078, genre, 4793
5141, genre, 24868
5141, genre, 4793
30078, genre, 24868
30078, genre, 4793
670, genre, 24868
670, genre, 4793
26381, format, 1398
26381, genre, 19631
26996, genre, 24868
26996, genre, 4793
18476, genre, 19631
18476, genre, 24868
18476, genre, 4793
26767, format, 1398
26767, genre, 24868
270, genre, 24868
270, genre, 4793
14759, genre, 24868
14759, genre, 4793
3970, genre, 24868
3970, genre, 4793
11586, genre, 24868
11586, genre, 4793
19631, instrument, 3141
5080, format, 1398
5080, genre, 24868
24868, derivative, 17081
24868, musicFusionGenre, 17081
24868, stylisticOrigin, 4793
4793, derivative, 24868
4793, instrument, 3141
4793, musicFusionGenre, 17081
25171, genre, 24868
25171, genre, 4793
4482, genre, 19631
4482, genre, 24868
1927, format, 1398
14176, stylisticOrigin, 24868
14176, stylisticOrigin, 4793
14127, format, 1398
14127, genre, 24868
26419, genre, 19631
26984, genre, 24868
26984, genre, 4793
25516, genre, 24868
25516, genre, 4793
11024, genre, 24868
11024, genre, 4793
10084, genre, 24868
10084, genre, 4793
28114, genre, 24868
28114, genre, 4793
11510, genre, 4793
24149, format, 1398
24149, genre, 24868
18562, genre, 19631
18562, genre, 4793
17081, stylisticOrigin, 24868
17081, stylisticOrigin, 4793
24755, format, 1398
24755, genre, 24868
792, format, 1398
792, genre, 24868
5004, format, 1398
5004, genre, 24868
16566, genre, 24868
16566, genre, 4793
15034, genre, 19631
15034, genre, 4793
28773, format, 1398
28773, genre, 19631
23004, format, 1398
23004, genre, 19631
29068, genre, 19631
29068, genre, 24868
29068, genre, 4793
20403, genre, 24868
20403, genre, 4793
29529, genre, 24868
29529, genre, 4793
2287, genre, 24868
2287, genre, 4793
18530, genre, 24868
18530, genre, 4793
13364, genre, 19631
13364, genre, 24868
13364, genre, 4793
19912, genre, 24868
19912, genre, 4793
Question: For what reason are Better_on_the_Other_Side, Just_in_Love, Living_After_Midnight, and Movin'_Along associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Better_on_the_Other_Side",
"Just_in_Love",
"Living_After_Midnight",
"Movin'_Along"
],
"valid_edges": [
[
"Ain't_Nuttin'_But_Music",
"format",
"Compact_disc"
],
[
"Ain't_Nuttin'_But_Music",
"genre",
"Hip_hop_music"
],
[
"Asking_Too_Much",
"format",
"Compact_disc"
],
[
"Asking_Too_Much",
"genre",
"Heavy_metal_music"
],
[
"Better_on_the_Other_Side",
"genre",
"Hip_hop_music"
],
[
"Blak_Prophetz",
"genre",
"Hip_hop_music"
],
[
"Blak_Prophetz",
"genre",
"Jazz"
],
[
"Blow_Your_Headphones",
"genre",
"Hip_hop_music"
],
[
"Blow_Your_Headphones",
"genre",
"Jazz"
],
[
"Chad_Szeliga",
"genre",
"Heavy_metal_music"
],
[
"Chad_Szeliga",
"genre",
"Hip_hop_music"
],
[
"Chad_Szeliga",
"genre",
"Jazz"
],
[
"Chicago:_Music_from_the_Miramax_Motion_Picture",
"genre",
"Hip_hop_music"
],
[
"Chicago:_Music_from_the_Miramax_Motion_Picture",
"genre",
"Jazz"
],
[
"Chris_Paxton",
"genre",
"Hip_hop_music"
],
[
"Chris_Paxton",
"genre",
"Jazz"
],
[
"Curumin",
"genre",
"Hip_hop_music"
],
[
"Curumin",
"genre",
"Jazz"
],
[
"Dani_Stevenson",
"genre",
"Hip_hop_music"
],
[
"Dani_Stevenson",
"genre",
"Jazz"
],
[
"Dead_City_Radio_and_the_New_Gods_of_Supertown",
"format",
"Compact_disc"
],
[
"Dead_City_Radio_and_the_New_Gods_of_Supertown",
"genre",
"Heavy_metal_music"
],
[
"Delicious_Vinyl",
"genre",
"Hip_hop_music"
],
[
"Delicious_Vinyl",
"genre",
"Jazz"
],
[
"Doctor_Steel",
"genre",
"Heavy_metal_music"
],
[
"Doctor_Steel",
"genre",
"Hip_hop_music"
],
[
"Doctor_Steel",
"genre",
"Jazz"
],
[
"Drive_Slow",
"format",
"Compact_disc"
],
[
"Drive_Slow",
"genre",
"Hip_hop_music"
],
[
"Embrace_the_Chaos",
"genre",
"Hip_hop_music"
],
[
"Embrace_the_Chaos",
"genre",
"Jazz"
],
[
"Even_Steven_Levee",
"genre",
"Hip_hop_music"
],
[
"Even_Steven_Levee",
"genre",
"Jazz"
],
[
"Fabrizio_Sotti",
"genre",
"Hip_hop_music"
],
[
"Fabrizio_Sotti",
"genre",
"Jazz"
],
[
"Giant_Step",
"genre",
"Hip_hop_music"
],
[
"Giant_Step",
"genre",
"Jazz"
],
[
"Heavy_metal_music",
"instrument",
"Drum_kit"
],
[
"Here_We_Come_(song)",
"format",
"Compact_disc"
],
[
"Here_We_Come_(song)",
"genre",
"Hip_hop_music"
],
[
"Hip_hop_music",
"derivative",
"Neo_soul"
],
[
"Hip_hop_music",
"musicFusionGenre",
"Neo_soul"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Jazz",
"instrument",
"Drum_kit"
],
[
"Jazz",
"musicFusionGenre",
"Neo_soul"
],
[
"Jean-Michel_Soupraya",
"genre",
"Hip_hop_music"
],
[
"Jean-Michel_Soupraya",
"genre",
"Jazz"
],
[
"Johnny_Owens",
"genre",
"Heavy_metal_music"
],
[
"Johnny_Owens",
"genre",
"Hip_hop_music"
],
[
"Just_in_Love",
"format",
"Compact_disc"
],
[
"K-pop",
"stylisticOrigin",
"Hip_hop_music"
],
[
"K-pop",
"stylisticOrigin",
"Jazz"
],
[
"Letter_2_My_Unborn",
"format",
"Compact_disc"
],
[
"Letter_2_My_Unborn",
"genre",
"Hip_hop_music"
],
[
"Living_After_Midnight",
"genre",
"Heavy_metal_music"
],
[
"Luis_Resto_(musician)",
"genre",
"Hip_hop_music"
],
[
"Luis_Resto_(musician)",
"genre",
"Jazz"
],
[
"MC_900_Ft._Jesus",
"genre",
"Hip_hop_music"
],
[
"MC_900_Ft._Jesus",
"genre",
"Jazz"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Hip_hop_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Jazz"
],
[
"Miles_Mosley",
"genre",
"Hip_hop_music"
],
[
"Miles_Mosley",
"genre",
"Jazz"
],
[
"Mocky",
"genre",
"Hip_hop_music"
],
[
"Mocky",
"genre",
"Jazz"
],
[
"Movin'_Along",
"genre",
"Jazz"
],
[
"My_Love_Is_for_Real",
"format",
"Compact_disc"
],
[
"My_Love_Is_for_Real",
"genre",
"Hip_hop_music"
],
[
"Neil_Peart",
"genre",
"Heavy_metal_music"
],
[
"Neil_Peart",
"genre",
"Jazz"
],
[
"Neo_soul",
"stylisticOrigin",
"Hip_hop_music"
],
[
"Neo_soul",
"stylisticOrigin",
"Jazz"
],
[
"Ooh,_Ooh_Baby_(Taral_Hicks_song)",
"format",
"Compact_disc"
],
[
"Ooh,_Ooh_Baby_(Taral_Hicks_song)",
"genre",
"Hip_hop_music"
],
[
"Please_(Robin_Gibb_song)",
"format",
"Compact_disc"
],
[
"Please_(Robin_Gibb_song)",
"genre",
"Hip_hop_music"
],
[
"Rosa_Parks_(song)",
"format",
"Compact_disc"
],
[
"Rosa_Parks_(song)",
"genre",
"Hip_hop_music"
],
[
"Sachin–Jigar",
"genre",
"Hip_hop_music"
],
[
"Sachin–Jigar",
"genre",
"Jazz"
],
[
"Saki_Kaskas",
"genre",
"Heavy_metal_music"
],
[
"Saki_Kaskas",
"genre",
"Jazz"
],
[
"Sell_Your_Body_(To_The_Night)",
"format",
"Compact_disc"
],
[
"Sell_Your_Body_(To_The_Night)",
"genre",
"Heavy_metal_music"
],
[
"Sulfur_(song)",
"format",
"Compact_disc"
],
[
"Sulfur_(song)",
"genre",
"Heavy_metal_music"
],
[
"The_Portland_Cello_Project",
"genre",
"Heavy_metal_music"
],
[
"The_Portland_Cello_Project",
"genre",
"Hip_hop_music"
],
[
"The_Portland_Cello_Project",
"genre",
"Jazz"
],
[
"The_Worlds_Freshest_(Dj.Fresh)",
"genre",
"Hip_hop_music"
],
[
"The_Worlds_Freshest_(Dj.Fresh)",
"genre",
"Jazz"
],
[
"Thirsty_Ear_Recordings",
"genre",
"Hip_hop_music"
],
[
"Thirsty_Ear_Recordings",
"genre",
"Jazz"
],
[
"Umbrella_(Shota_Shimizu_album)",
"genre",
"Hip_hop_music"
],
[
"Umbrella_(Shota_Shimizu_album)",
"genre",
"Jazz"
],
[
"Wes_Felton",
"genre",
"Hip_hop_music"
],
[
"Wes_Felton",
"genre",
"Jazz"
],
[
"Wesley_Geer",
"genre",
"Heavy_metal_music"
],
[
"Wesley_Geer",
"genre",
"Hip_hop_music"
],
[
"Wesley_Geer",
"genre",
"Jazz"
],
[
"Willard_Hill",
"genre",
"Hip_hop_music"
],
[
"Willard_Hill",
"genre",
"Jazz"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
22179, Anupam_Saraph
28768, Donella_Meadows
10648, Natural_environment
22100, Systems_science
12655, Veolia
src, edge_attr, dst
22179, field, 10648
22179, field, 22100
22179, influencedBy, 28768
28768, field, 22100
12655, industry, 10648
Question: For what reason are Anupam_Saraph, Donella_Meadows, Systems_science, and Veolia associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Anupam_Saraph",
"Donella_Meadows",
"Systems_science",
"Veolia"
],
"valid_edges": [
[
"Anupam_Saraph",
"field",
"Natural_environment"
],
[
"Anupam_Saraph",
"field",
"Systems_science"
],
[
"Anupam_Saraph",
"influencedBy",
"Donella_Meadows"
],
[
"Donella_Meadows",
"field",
"Systems_science"
],
[
"Veolia",
"industry",
"Natural_environment"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
28439, AgustaWestland
2374, AgustaWestland_Apache
972, Blue_Eagles
14588, Celia_Barlow
12716, Helibras
22455, Helicopter
1159, Hugh_Cholmondeley,_6th_Marquess_of_Cholmondeley
23108, Ian_Liddell
10918, Igor_Sikorsky
24220, Isaac_Barrow
29672, J._G._Ballard
15873, Jack_Whitley
5984, Jared_Diamond
6158, London
27918, National_Medal_of_Science
1446, Patrick_White
8226, Thomas_Jones_(mathematician)
11329, University_of_Cambridge
src, edge_attr, dst
28439, industry, 22455
28439, product, 22455
2374, manufacturer, 28439
972, aircraftHelicopter, 2374
14588, almaMater, 11329
14588, residence, 6158
12716, product, 22455
1159, almaMater, 11329
1159, birthPlace, 6158
23108, education, 6158
23108, education, 11329
23108, significantProject, 6158
10918, award, 27918
10918, knownFor, 22455
24220, almaMater, 11329
24220, birthPlace, 6158
24220, deathPlace, 6158
29672, almaMater, 11329
29672, deathPlace, 6158
15873, deathPlace, 6158
5984, almaMater, 11329
5984, award, 27918
1446, almaMater, 11329
1446, birthPlace, 6158
8226, almaMater, 11329
8226, deathPlace, 6158
Question: How are Blue_Eagles, Helibras, Jack_Whitley, and Jared_Diamond related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Blue_Eagles",
"Helibras",
"Jack_Whitley",
"Jared_Diamond"
],
"valid_edges": [
[
"AgustaWestland",
"industry",
"Helicopter"
],
[
"AgustaWestland",
"product",
"Helicopter"
],
[
"AgustaWestland_Apache",
"manufacturer",
"AgustaWestland"
],
[
"Blue_Eagles",
"aircraftHelicopter",
"AgustaWestland_Apache"
],
[
"Celia_Barlow",
"almaMater",
"University_of_Cambridge"
],
[
"Celia_Barlow",
"residence",
"London"
],
[
"Helibras",
"product",
"Helicopter"
],
[
"Hugh_Cholmondeley,_6th_Marquess_of_Cholmondeley",
"almaMater",
"University_of_Cambridge"
],
[
"Hugh_Cholmondeley,_6th_Marquess_of_Cholmondeley",
"birthPlace",
"London"
],
[
"Ian_Liddell",
"education",
"London"
],
[
"Ian_Liddell",
"education",
"University_of_Cambridge"
],
[
"Ian_Liddell",
"significantProject",
"London"
],
[
"Igor_Sikorsky",
"award",
"National_Medal_of_Science"
],
[
"Igor_Sikorsky",
"knownFor",
"Helicopter"
],
[
"Isaac_Barrow",
"almaMater",
"University_of_Cambridge"
],
[
"Isaac_Barrow",
"birthPlace",
"London"
],
[
"Isaac_Barrow",
"deathPlace",
"London"
],
[
"J._G._Ballard",
"almaMater",
"University_of_Cambridge"
],
[
"J._G._Ballard",
"deathPlace",
"London"
],
[
"Jack_Whitley",
"deathPlace",
"London"
],
[
"Jared_Diamond",
"almaMater",
"University_of_Cambridge"
],
[
"Jared_Diamond",
"award",
"National_Medal_of_Science"
],
[
"Patrick_White",
"almaMater",
"University_of_Cambridge"
],
[
"Patrick_White",
"birthPlace",
"London"
],
[
"Thomas_Jones_(mathematician)",
"almaMater",
"University_of_Cambridge"
],
[
"Thomas_Jones_(mathematician)",
"deathPlace",
"London"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
10393, Baltimore
17563, Chain_store
25994, Chicken_George_(restaurant_chain)
29729, House_of_Cards_(U.S._TV_series)
13072, Johns_Hopkins_School_of_Medicine
14367, Netflix
9398, Qui-Gon_Jinn
26776, Star_Wars
1351, Star_Wars:_The_Clone_Wars_(2008_TV_series)
24636, Tatooine_Ghost
25303, William_George_MacCallum
src, edge_attr, dst
25994, foundationPlace, 10393
25994, industry, 17563
25994, regionServed, 10393
29729, channel, 14367
29729, distributor, 14367
29729, location, 10393
13072, city, 10393
9398, lastAppearance, 1351
9398, series, 26776
1351, distributor, 14367
1351, network, 14367
24636, nonFictionSubject, 26776
25303, almaMater, 13072
25303, residence, 10393
Question: For what reason are Chain_store, Johns_Hopkins_School_of_Medicine, Netflix, and Tatooine_Ghost associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Chain_store",
"Johns_Hopkins_School_of_Medicine",
"Netflix",
"Tatooine_Ghost"
],
"valid_edges": [
[
"Chicken_George_(restaurant_chain)",
"foundationPlace",
"Baltimore"
],
[
"Chicken_George_(restaurant_chain)",
"industry",
"Chain_store"
],
[
"Chicken_George_(restaurant_chain)",
"regionServed",
"Baltimore"
],
[
"House_of_Cards_(U.S._TV_series)",
"channel",
"Netflix"
],
[
"House_of_Cards_(U.S._TV_series)",
"distributor",
"Netflix"
],
[
"House_of_Cards_(U.S._TV_series)",
"location",
"Baltimore"
],
[
"Johns_Hopkins_School_of_Medicine",
"city",
"Baltimore"
],
[
"Qui-Gon_Jinn",
"lastAppearance",
"Star_Wars:_The_Clone_Wars_(2008_TV_series)"
],
[
"Qui-Gon_Jinn",
"series",
"Star_Wars"
],
[
"Star_Wars:_The_Clone_Wars_(2008_TV_series)",
"distributor",
"Netflix"
],
[
"Star_Wars:_The_Clone_Wars_(2008_TV_series)",
"network",
"Netflix"
],
[
"Tatooine_Ghost",
"nonFictionSubject",
"Star_Wars"
],
[
"William_George_MacCallum",
"almaMater",
"Johns_Hopkins_School_of_Medicine"
],
[
"William_George_MacCallum",
"residence",
"Baltimore"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
3415, Dover_(band)
4764, Footprints_(album)
19903, Grunge
2439, Jesús_Antúnez_(musician)
10077, Leslie_Hardy
14767, Let_Them_Eat_Cake_(album)
20648, Letters_(Matt_Cardle_album)
15333, List_of_Universal_Music_Group_labels
7537, Our_Lady_Peace
2280, Phil_Thornalley
771, Shigeru_Joshima
11784, Sony_Music_Entertainment
11663, Sophia_(Japanese_band)
src, edge_attr, dst
3415, genre, 19903
3415, recordLabel, 11784
4764, producer, 2280
2439, genre, 19903
2439, recordLabel, 11784
10077, genre, 19903
14767, recordLabel, 11784
20648, producer, 2280
20648, recordLabel, 11784
7537, genre, 19903
7537, recordLabel, 11784
771, recordLabel, 15333
771, recordLabel, 11784
11663, recordLabel, 15333
Question: For what reason are Footprints_(album), Leslie_Hardy, Let_Them_Eat_Cake_(album), and Sophia_(Japanese_band) associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Footprints_(album)",
"Leslie_Hardy",
"Let_Them_Eat_Cake_(album)",
"Sophia_(Japanese_band)"
],
"valid_edges": [
[
"Dover_(band)",
"genre",
"Grunge"
],
[
"Dover_(band)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Footprints_(album)",
"producer",
"Phil_Thornalley"
],
[
"Jesús_Antúnez_(musician)",
"genre",
"Grunge"
],
[
"Jesús_Antúnez_(musician)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Leslie_Hardy",
"genre",
"Grunge"
],
[
"Let_Them_Eat_Cake_(album)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Letters_(Matt_Cardle_album)",
"producer",
"Phil_Thornalley"
],
[
"Letters_(Matt_Cardle_album)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Our_Lady_Peace",
"genre",
"Grunge"
],
[
"Our_Lady_Peace",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Shigeru_Joshima",
"recordLabel",
"List_of_Universal_Music_Group_labels"
],
[
"Shigeru_Joshima",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Sophia_(Japanese_band)",
"recordLabel",
"List_of_Universal_Music_Group_labels"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
26627, 480i
25798, AXS_TV
4591, All_About_Eve_(Philippine_TV_series)
22322, All_News_Channel
16849, Alyna_(TV_series)
9538, Bookatable
23699, Boots_N'_All
11993, Buena_Familia
1828, Call_Me_(Petula_Clark_song)
30364, Cartoon_Network_(Philippines)
7190, City_Guys
25571, Dolce_Amore
27596, ERepublik
10370, ESPN_Classic
882, ETC_(TV_channel)
25445, Emmanuel_TV
21327, English_language
609, FSN_Chicago
12205, Face_the_People
16394, Fox_Sports_Oklahoma
28521, Fox_Sports_Southeast
17268, Fox_Sports_Wisconsin
7402, Futbolilits
2491, Hanggang_Kailan
5550, Hanggang_Makita_Kang_Muli
19313, Hawaii_News_Now
13602, HoboSapiens
12827, Horizon_TV_Asia
24549, Ikaw_Lamang
4107, Ikaw_Lang_Ang_Mamahalin
26735, Indonesia's_Got_Talent
24306, Indonesian_language
1649, Irish_migration_to_Great_Britain
25343, Juicy!
13369, KBS_World_(Indonesia)
28339, Kassengift
28835, La_Vendetta_(TV_series)
3155, Lagisatu.com
387, Lira_(1992_TV_series)
12031, Living_Lohan
6158, London
27216, Long_Island
13073, Look_What's_Happened_to_Rosemary's_Baby
26405, Mad_Money
8246, Magdusa_Ka
29719, Movie_Central
5889, Murut_people
18685, My_Cheating_Heart
24538, National_Geographic_Channel
19512, Nickelodeon_(Philippines)
13054, Ohh_Nooo!_Mr._Bill_Presents
12862, PBA_on_Sports5
19702, PGA_Tour_on_CBS
5557, Partners_with_Mel_Tiangco
8613, Phonevision
28658, Pinoy_M.D._Mga_Doktor_ng_Bayan
15802, Reporters_(TV_series)
911, Rolonda
22711, Romanians_in_the_United_Kingdom
23091, Root_Sports_Southwest
10845, Russians_in_the_United_Kingdom
8685, The_Drug_Years
4789, The_Walk_TV
28865, Thrill_(TV_channel)
17279, Today_in_New_York
6989, Tonyong_Bayawak
28636, Trust_Us_with_Your_Life
26073, Ukrainians_in_the_United_Kingdom
12626, Vértigo_(Fey_album)
1119, WPTY
15748, WSNN-LD
25565, World_Heritage_Channel
11963, You_Will_Only_Break_My_Heart
11866, Zee_Studio
src, edge_attr, dst
25798, language, 21327
25798, pictureFormat, 26627
4591, format, 26627
4591, language, 21327
22322, language, 21327
22322, pictureFormat, 26627
16849, format, 26627
16849, language, 21327
9538, language, 21327
9538, location, 6158
23699, language, 21327
23699, location, 6158
11993, format, 26627
11993, language, 21327
1828, language, 21327
1828, recordedIn, 6158
30364, language, 21327
30364, pictureFormat, 26627
7190, format, 26627
7190, language, 21327
25571, format, 26627
25571, language, 21327
27596, language, 21327
27596, language, 24306
10370, language, 21327
10370, pictureFormat, 26627
882, language, 21327
882, pictureFormat, 26627
25445, language, 21327
25445, pictureFormat, 26627
609, language, 21327
609, pictureFormat, 26627
12205, format, 26627
12205, language, 21327
16394, language, 21327
16394, pictureFormat, 26627
28521, language, 21327
28521, pictureFormat, 26627
17268, language, 21327
17268, pictureFormat, 26627
7402, format, 26627
7402, language, 21327
2491, format, 26627
2491, language, 21327
5550, format, 26627
5550, language, 21327
19313, format, 26627
19313, language, 21327
13602, language, 21327
13602, recordedIn, 6158
12827, language, 21327
12827, pictureFormat, 26627
24549, format, 26627
24549, language, 21327
4107, format, 26627
4107, language, 21327
26735, format, 26627
26735, language, 24306
1649, language, 21327
1649, populationPlace, 6158
25343, format, 26627
25343, language, 21327
13369, language, 24306
13369, pictureFormat, 26627
28339, language, 21327
28339, recordedIn, 6158
28835, format, 26627
28835, language, 21327
3155, language, 21327
3155, language, 24306
387, format, 26627
387, language, 21327
12031, language, 21327
12031, location, 27216
13073, language, 21327
26405, format, 26627
26405, language, 21327
8246, format, 26627
8246, language, 21327
29719, language, 21327
29719, pictureFormat, 26627
5889, language, 21327
5889, language, 24306
18685, format, 26627
18685, language, 21327
24538, language, 21327
24538, pictureFormat, 26627
19512, language, 21327
19512, pictureFormat, 26627
13054, format, 26627
13054, language, 21327
12862, format, 26627
12862, language, 21327
19702, format, 26627
19702, language, 21327
5557, format, 26627
5557, language, 21327
8613, language, 21327
8613, pictureFormat, 26627
28658, format, 26627
28658, language, 21327
15802, language, 21327
15802, location, 6158
911, format, 26627
911, language, 21327
22711, language, 21327
22711, populationPlace, 6158
23091, language, 21327
23091, pictureFormat, 26627
10845, language, 21327
10845, populationPlace, 6158
8685, format, 26627
8685, language, 21327
4789, language, 21327
4789, pictureFormat, 26627
28865, language, 21327
28865, pictureFormat, 26627
17279, format, 26627
17279, language, 21327
6989, format, 26627
6989, language, 21327
28636, language, 21327
28636, location, 6158
26073, language, 21327
26073, populationPlace, 6158
12626, language, 21327
12626, recordedIn, 6158
1119, broadcastArea, 27216
15748, language, 21327
15748, pictureFormat, 26627
25565, language, 21327
25565, language, 24306
25565, pictureFormat, 26627
11963, recordedIn, 6158
11866, language, 21327
11866, pictureFormat, 26627
Question: For what reason are KBS_World_(Indonesia), Look_What's_Happened_to_Rosemary's_Baby, WPTY, and You_Will_Only_Break_My_Heart associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"KBS_World_(Indonesia)",
"Look_What's_Happened_to_Rosemary's_Baby",
"WPTY",
"You_Will_Only_Break_My_Heart"
],
"valid_edges": [
[
"AXS_TV",
"language",
"English_language"
],
[
"AXS_TV",
"pictureFormat",
"480i"
],
[
"All_About_Eve_(Philippine_TV_series)",
"format",
"480i"
],
[
"All_About_Eve_(Philippine_TV_series)",
"language",
"English_language"
],
[
"All_News_Channel",
"language",
"English_language"
],
[
"All_News_Channel",
"pictureFormat",
"480i"
],
[
"Alyna_(TV_series)",
"format",
"480i"
],
[
"Alyna_(TV_series)",
"language",
"English_language"
],
[
"Bookatable",
"language",
"English_language"
],
[
"Bookatable",
"location",
"London"
],
[
"Boots_N'_All",
"language",
"English_language"
],
[
"Boots_N'_All",
"location",
"London"
],
[
"Buena_Familia",
"format",
"480i"
],
[
"Buena_Familia",
"language",
"English_language"
],
[
"Call_Me_(Petula_Clark_song)",
"language",
"English_language"
],
[
"Call_Me_(Petula_Clark_song)",
"recordedIn",
"London"
],
[
"Cartoon_Network_(Philippines)",
"language",
"English_language"
],
[
"Cartoon_Network_(Philippines)",
"pictureFormat",
"480i"
],
[
"City_Guys",
"format",
"480i"
],
[
"City_Guys",
"language",
"English_language"
],
[
"Dolce_Amore",
"format",
"480i"
],
[
"Dolce_Amore",
"language",
"English_language"
],
[
"ERepublik",
"language",
"English_language"
],
[
"ERepublik",
"language",
"Indonesian_language"
],
[
"ESPN_Classic",
"language",
"English_language"
],
[
"ESPN_Classic",
"pictureFormat",
"480i"
],
[
"ETC_(TV_channel)",
"language",
"English_language"
],
[
"ETC_(TV_channel)",
"pictureFormat",
"480i"
],
[
"Emmanuel_TV",
"language",
"English_language"
],
[
"Emmanuel_TV",
"pictureFormat",
"480i"
],
[
"FSN_Chicago",
"language",
"English_language"
],
[
"FSN_Chicago",
"pictureFormat",
"480i"
],
[
"Face_the_People",
"format",
"480i"
],
[
"Face_the_People",
"language",
"English_language"
],
[
"Fox_Sports_Oklahoma",
"language",
"English_language"
],
[
"Fox_Sports_Oklahoma",
"pictureFormat",
"480i"
],
[
"Fox_Sports_Southeast",
"language",
"English_language"
],
[
"Fox_Sports_Southeast",
"pictureFormat",
"480i"
],
[
"Fox_Sports_Wisconsin",
"language",
"English_language"
],
[
"Fox_Sports_Wisconsin",
"pictureFormat",
"480i"
],
[
"Futbolilits",
"format",
"480i"
],
[
"Futbolilits",
"language",
"English_language"
],
[
"Hanggang_Kailan",
"format",
"480i"
],
[
"Hanggang_Kailan",
"language",
"English_language"
],
[
"Hanggang_Makita_Kang_Muli",
"format",
"480i"
],
[
"Hanggang_Makita_Kang_Muli",
"language",
"English_language"
],
[
"Hawaii_News_Now",
"format",
"480i"
],
[
"Hawaii_News_Now",
"language",
"English_language"
],
[
"HoboSapiens",
"language",
"English_language"
],
[
"HoboSapiens",
"recordedIn",
"London"
],
[
"Horizon_TV_Asia",
"language",
"English_language"
],
[
"Horizon_TV_Asia",
"pictureFormat",
"480i"
],
[
"Ikaw_Lamang",
"format",
"480i"
],
[
"Ikaw_Lamang",
"language",
"English_language"
],
[
"Ikaw_Lang_Ang_Mamahalin",
"format",
"480i"
],
[
"Ikaw_Lang_Ang_Mamahalin",
"language",
"English_language"
],
[
"Indonesia's_Got_Talent",
"format",
"480i"
],
[
"Indonesia's_Got_Talent",
"language",
"Indonesian_language"
],
[
"Irish_migration_to_Great_Britain",
"language",
"English_language"
],
[
"Irish_migration_to_Great_Britain",
"populationPlace",
"London"
],
[
"Juicy!",
"format",
"480i"
],
[
"Juicy!",
"language",
"English_language"
],
[
"KBS_World_(Indonesia)",
"language",
"Indonesian_language"
],
[
"KBS_World_(Indonesia)",
"pictureFormat",
"480i"
],
[
"Kassengift",
"language",
"English_language"
],
[
"Kassengift",
"recordedIn",
"London"
],
[
"La_Vendetta_(TV_series)",
"format",
"480i"
],
[
"La_Vendetta_(TV_series)",
"language",
"English_language"
],
[
"Lagisatu.com",
"language",
"English_language"
],
[
"Lagisatu.com",
"language",
"Indonesian_language"
],
[
"Lira_(1992_TV_series)",
"format",
"480i"
],
[
"Lira_(1992_TV_series)",
"language",
"English_language"
],
[
"Living_Lohan",
"language",
"English_language"
],
[
"Living_Lohan",
"location",
"Long_Island"
],
[
"Look_What's_Happened_to_Rosemary's_Baby",
"language",
"English_language"
],
[
"Mad_Money",
"format",
"480i"
],
[
"Mad_Money",
"language",
"English_language"
],
[
"Magdusa_Ka",
"format",
"480i"
],
[
"Magdusa_Ka",
"language",
"English_language"
],
[
"Movie_Central",
"language",
"English_language"
],
[
"Movie_Central",
"pictureFormat",
"480i"
],
[
"Murut_people",
"language",
"English_language"
],
[
"Murut_people",
"language",
"Indonesian_language"
],
[
"My_Cheating_Heart",
"format",
"480i"
],
[
"My_Cheating_Heart",
"language",
"English_language"
],
[
"National_Geographic_Channel",
"language",
"English_language"
],
[
"National_Geographic_Channel",
"pictureFormat",
"480i"
],
[
"Nickelodeon_(Philippines)",
"language",
"English_language"
],
[
"Nickelodeon_(Philippines)",
"pictureFormat",
"480i"
],
[
"Ohh_Nooo!_Mr._Bill_Presents",
"format",
"480i"
],
[
"Ohh_Nooo!_Mr._Bill_Presents",
"language",
"English_language"
],
[
"PBA_on_Sports5",
"format",
"480i"
],
[
"PBA_on_Sports5",
"language",
"English_language"
],
[
"PGA_Tour_on_CBS",
"format",
"480i"
],
[
"PGA_Tour_on_CBS",
"language",
"English_language"
],
[
"Partners_with_Mel_Tiangco",
"format",
"480i"
],
[
"Partners_with_Mel_Tiangco",
"language",
"English_language"
],
[
"Phonevision",
"language",
"English_language"
],
[
"Phonevision",
"pictureFormat",
"480i"
],
[
"Pinoy_M.D._Mga_Doktor_ng_Bayan",
"format",
"480i"
],
[
"Pinoy_M.D._Mga_Doktor_ng_Bayan",
"language",
"English_language"
],
[
"Reporters_(TV_series)",
"language",
"English_language"
],
[
"Reporters_(TV_series)",
"location",
"London"
],
[
"Rolonda",
"format",
"480i"
],
[
"Rolonda",
"language",
"English_language"
],
[
"Romanians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Romanians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Root_Sports_Southwest",
"language",
"English_language"
],
[
"Root_Sports_Southwest",
"pictureFormat",
"480i"
],
[
"Russians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Russians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"The_Drug_Years",
"format",
"480i"
],
[
"The_Drug_Years",
"language",
"English_language"
],
[
"The_Walk_TV",
"language",
"English_language"
],
[
"The_Walk_TV",
"pictureFormat",
"480i"
],
[
"Thrill_(TV_channel)",
"language",
"English_language"
],
[
"Thrill_(TV_channel)",
"pictureFormat",
"480i"
],
[
"Today_in_New_York",
"format",
"480i"
],
[
"Today_in_New_York",
"language",
"English_language"
],
[
"Tonyong_Bayawak",
"format",
"480i"
],
[
"Tonyong_Bayawak",
"language",
"English_language"
],
[
"Trust_Us_with_Your_Life",
"language",
"English_language"
],
[
"Trust_Us_with_Your_Life",
"location",
"London"
],
[
"Ukrainians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Ukrainians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Vértigo_(Fey_album)",
"language",
"English_language"
],
[
"Vértigo_(Fey_album)",
"recordedIn",
"London"
],
[
"WPTY",
"broadcastArea",
"Long_Island"
],
[
"WSNN-LD",
"language",
"English_language"
],
[
"WSNN-LD",
"pictureFormat",
"480i"
],
[
"World_Heritage_Channel",
"language",
"English_language"
],
[
"World_Heritage_Channel",
"language",
"Indonesian_language"
],
[
"World_Heritage_Channel",
"pictureFormat",
"480i"
],
[
"You_Will_Only_Break_My_Heart",
"recordedIn",
"London"
],
[
"Zee_Studio",
"language",
"English_language"
],
[
"Zee_Studio",
"pictureFormat",
"480i"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
18790, 2-4_Family
29079, Cage_(rapper)
22017, Chad_Szeliga
5141, Chris_Paxton
30078, Curumin
19877, Dave_McClain_(drummer)
3141, Drum_kit
6831, Germany
10900, Herman_Rarebell
24868, Hip_hop_music
22200, Inter-European_Division_of_Seventh-day_Adventists
4793, Jazz
4482, Johnny_Owens
14176, K-pop
1330, Karl_Rapp
19067, Mesk_Records
21220, Miroslav_Durak
28114, Mocky
17081, Neo_soul
15034, Saki_Kaskas
4671, Slovakia
13450, Sonor
8081, Tab_Two
10955, The_Best_of_Ivy_Queen
5026, Zachary_Cole_Smith
src, edge_attr, dst
18790, genre, 24868
18790, hometown, 6831
29079, birthPlace, 6831
29079, genre, 24868
22017, genre, 24868
22017, instrument, 3141
5141, genre, 24868
5141, instrument, 3141
30078, genre, 24868
30078, instrument, 3141
19877, birthPlace, 6831
19877, instrument, 3141
10900, hometown, 6831
10900, instrument, 3141
24868, derivative, 17081
24868, musicFusionGenre, 17081
24868, stylisticOrigin, 4793
22200, regionServed, 6831
22200, regionServed, 4671
4793, derivative, 24868
4793, instrument, 3141
4482, genre, 24868
4482, instrument, 3141
14176, instrument, 3141
14176, stylisticOrigin, 24868
1330, birthPlace, 6831
1330, nationality, 6831
1330, stateOfOrigin, 6831
19067, country, 6831
19067, genre, 24868
19067, location, 6831
21220, birthPlace, 4671
28114, genre, 24868
28114, instrument, 3141
17081, instrument, 3141
17081, stylisticOrigin, 24868
15034, birthPlace, 6831
15034, instrument, 3141
13450, location, 6831
13450, product, 3141
8081, genre, 24868
8081, hometown, 6831
10955, genre, 24868
5026, instrument, 3141
Question: For what reason are Karl_Rapp, Miroslav_Durak, The_Best_of_Ivy_Queen, and Zachary_Cole_Smith associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Karl_Rapp",
"Miroslav_Durak",
"The_Best_of_Ivy_Queen",
"Zachary_Cole_Smith"
],
"valid_edges": [
[
"2-4_Family",
"genre",
"Hip_hop_music"
],
[
"2-4_Family",
"hometown",
"Germany"
],
[
"Cage_(rapper)",
"birthPlace",
"Germany"
],
[
"Cage_(rapper)",
"genre",
"Hip_hop_music"
],
[
"Chad_Szeliga",
"genre",
"Hip_hop_music"
],
[
"Chad_Szeliga",
"instrument",
"Drum_kit"
],
[
"Chris_Paxton",
"genre",
"Hip_hop_music"
],
[
"Chris_Paxton",
"instrument",
"Drum_kit"
],
[
"Curumin",
"genre",
"Hip_hop_music"
],
[
"Curumin",
"instrument",
"Drum_kit"
],
[
"Dave_McClain_(drummer)",
"birthPlace",
"Germany"
],
[
"Dave_McClain_(drummer)",
"instrument",
"Drum_kit"
],
[
"Herman_Rarebell",
"hometown",
"Germany"
],
[
"Herman_Rarebell",
"instrument",
"Drum_kit"
],
[
"Hip_hop_music",
"derivative",
"Neo_soul"
],
[
"Hip_hop_music",
"musicFusionGenre",
"Neo_soul"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Inter-European_Division_of_Seventh-day_Adventists",
"regionServed",
"Germany"
],
[
"Inter-European_Division_of_Seventh-day_Adventists",
"regionServed",
"Slovakia"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Jazz",
"instrument",
"Drum_kit"
],
[
"Johnny_Owens",
"genre",
"Hip_hop_music"
],
[
"Johnny_Owens",
"instrument",
"Drum_kit"
],
[
"K-pop",
"instrument",
"Drum_kit"
],
[
"K-pop",
"stylisticOrigin",
"Hip_hop_music"
],
[
"Karl_Rapp",
"birthPlace",
"Germany"
],
[
"Karl_Rapp",
"nationality",
"Germany"
],
[
"Karl_Rapp",
"stateOfOrigin",
"Germany"
],
[
"Mesk_Records",
"country",
"Germany"
],
[
"Mesk_Records",
"genre",
"Hip_hop_music"
],
[
"Mesk_Records",
"location",
"Germany"
],
[
"Miroslav_Durak",
"birthPlace",
"Slovakia"
],
[
"Mocky",
"genre",
"Hip_hop_music"
],
[
"Mocky",
"instrument",
"Drum_kit"
],
[
"Neo_soul",
"instrument",
"Drum_kit"
],
[
"Neo_soul",
"stylisticOrigin",
"Hip_hop_music"
],
[
"Saki_Kaskas",
"birthPlace",
"Germany"
],
[
"Saki_Kaskas",
"instrument",
"Drum_kit"
],
[
"Sonor",
"location",
"Germany"
],
[
"Sonor",
"product",
"Drum_kit"
],
[
"Tab_Two",
"genre",
"Hip_hop_music"
],
[
"Tab_Two",
"hometown",
"Germany"
],
[
"The_Best_of_Ivy_Queen",
"genre",
"Hip_hop_music"
],
[
"Zachary_Cole_Smith",
"instrument",
"Drum_kit"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
9538, Bookatable
23699, Boots_N'_All
5892, Bridgepoint_Capital
27154, CBBC
1828, Call_Me_(Petula_Clark_song)
14251, Catholic_Building_Society
21327, English_language
29037, Eurosport_2
21262, First_Reserve_Corporation
8741, Gmina_Bargłów_Kościelny
13602, HoboSapiens
6114, Investment
1649, Irish_migration_to_Great_Britain
13382, Kashubians
28339, Kassengift
6158, London
18125, Mighty_Max_(TV_series)
11737, National_Bank_of_Bahrain
18528, Poland
16112, Private_equity
15802, Reporters_(TV_series)
22711, Romanians_in_the_United_Kingdom
10845, Russians_in_the_United_Kingdom
29943, Tony_Jay
28636, Trust_Us_with_Your_Life
26073, Ukrainians_in_the_United_Kingdom
27759, Von_Richthofen_and_Brown
12626, Vértigo_(Fey_album)
src, edge_attr, dst
9538, language, 21327
9538, location, 6158
23699, language, 21327
23699, location, 6158
5892, industry, 16112
5892, location, 6158
5892, product, 6114
27154, language, 21327
1828, language, 21327
1828, recordedIn, 6158
14251, location, 6158
14251, product, 6114
29037, country, 18528
29037, language, 21327
29037, locationCountry, 18528
21262, industry, 16112
21262, location, 6158
8741, country, 18528
13602, language, 21327
13602, recordedIn, 6158
1649, language, 21327
1649, populationPlace, 6158
13382, language, 21327
13382, populationPlace, 18528
13382, related, 18528
28339, language, 21327
28339, recordedIn, 6158
18125, network, 27154
18125, voice, 29943
11737, industry, 6114
11737, product, 16112
18528, ethnicGroup, 13382
15802, language, 21327
15802, location, 6158
22711, language, 21327
22711, populationPlace, 6158
10845, language, 21327
10845, populationPlace, 6158
29943, birthPlace, 6158
28636, language, 21327
28636, location, 6158
26073, language, 21327
26073, populationPlace, 6158
27759, language, 21327
12626, language, 21327
12626, recordedIn, 6158
Question: In what context are Gmina_Bargłów_Kościelny, National_Bank_of_Bahrain, Tony_Jay, and Von_Richthofen_and_Brown connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Gmina_Bargłów_Kościelny",
"National_Bank_of_Bahrain",
"Tony_Jay",
"Von_Richthofen_and_Brown"
],
"valid_edges": [
[
"Bookatable",
"language",
"English_language"
],
[
"Bookatable",
"location",
"London"
],
[
"Boots_N'_All",
"language",
"English_language"
],
[
"Boots_N'_All",
"location",
"London"
],
[
"Bridgepoint_Capital",
"industry",
"Private_equity"
],
[
"Bridgepoint_Capital",
"location",
"London"
],
[
"Bridgepoint_Capital",
"product",
"Investment"
],
[
"CBBC",
"language",
"English_language"
],
[
"Call_Me_(Petula_Clark_song)",
"language",
"English_language"
],
[
"Call_Me_(Petula_Clark_song)",
"recordedIn",
"London"
],
[
"Catholic_Building_Society",
"location",
"London"
],
[
"Catholic_Building_Society",
"product",
"Investment"
],
[
"Eurosport_2",
"country",
"Poland"
],
[
"Eurosport_2",
"language",
"English_language"
],
[
"Eurosport_2",
"locationCountry",
"Poland"
],
[
"First_Reserve_Corporation",
"industry",
"Private_equity"
],
[
"First_Reserve_Corporation",
"location",
"London"
],
[
"Gmina_Bargłów_Kościelny",
"country",
"Poland"
],
[
"HoboSapiens",
"language",
"English_language"
],
[
"HoboSapiens",
"recordedIn",
"London"
],
[
"Irish_migration_to_Great_Britain",
"language",
"English_language"
],
[
"Irish_migration_to_Great_Britain",
"populationPlace",
"London"
],
[
"Kashubians",
"language",
"English_language"
],
[
"Kashubians",
"populationPlace",
"Poland"
],
[
"Kashubians",
"related",
"Poland"
],
[
"Kassengift",
"language",
"English_language"
],
[
"Kassengift",
"recordedIn",
"London"
],
[
"Mighty_Max_(TV_series)",
"network",
"CBBC"
],
[
"Mighty_Max_(TV_series)",
"voice",
"Tony_Jay"
],
[
"National_Bank_of_Bahrain",
"industry",
"Investment"
],
[
"National_Bank_of_Bahrain",
"product",
"Private_equity"
],
[
"Poland",
"ethnicGroup",
"Kashubians"
],
[
"Reporters_(TV_series)",
"language",
"English_language"
],
[
"Reporters_(TV_series)",
"location",
"London"
],
[
"Romanians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Romanians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Russians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Russians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Tony_Jay",
"birthPlace",
"London"
],
[
"Trust_Us_with_Your_Life",
"language",
"English_language"
],
[
"Trust_Us_with_Your_Life",
"location",
"London"
],
[
"Ukrainians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Ukrainians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Von_Richthofen_and_Brown",
"language",
"English_language"
],
[
"Vértigo_(Fey_album)",
"language",
"English_language"
],
[
"Vértigo_(Fey_album)",
"recordedIn",
"London"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
11956, Alexander_Boikov
16834, Alexander_Dovzhenko
2635, Alexei_Troschinsky
27378, Andrej_Meszároš
10755, Andy_Sertich
16629, Anton_Babchuk
29995, Chris_Pronger
18551, Danny_Markov
19632, Defenceman
16325, Denis_Chervyakov
26983, Dornbirner_EC
14055, Erich_Schröter
6831, Germany
5078, Gordie_Roberts
1388, Igor_Knyazev
6752, Igor_Ulanov
4159, Janne_Niinimaa
25860, Kirill_Safronov
10087, Krišjānis_Rēdlihs
403, Maria_Sophia_of_Neuburg
18332, Nikolay_Zherdev
29866, Ossi_Väänänen
28067, Oswald_Teichmüller
4827, Philadelphia_Flyers
17546, Raisa_Gorbachova
9705, Ralph_MacSweyn
16484, Remir_Khaidarov
15451, Roman_Derlyuk
8139, Sergei_Kolosov
17827, Shannon_Finn
14959, Soviet_Union
25470, Sverre_Sears
28557, Terry_Carkner
13662, Wang_Ganchang
src, edge_attr, dst
11956, birthPlace, 14959
11956, position, 19632
16834, deathPlace, 14959
2635, birthPlace, 14959
2635, position, 19632
27378, formerTeam, 4827
27378, position, 19632
10755, formerTeam, 26983
10755, position, 19632
16629, birthPlace, 14959
16629, position, 19632
29995, formerTeam, 4827
29995, position, 19632
18551, birthPlace, 14959
18551, formerTeam, 4827
18551, position, 19632
16325, birthPlace, 14959
16325, position, 19632
14055, birthPlace, 6831
14055, deathPlace, 14959
5078, formerTeam, 4827
5078, position, 19632
1388, birthPlace, 14959
1388, position, 19632
6752, birthPlace, 14959
6752, position, 19632
4159, draftTeam, 4827
4159, formerTeam, 4827
4159, position, 19632
25860, birthPlace, 14959
25860, position, 19632
10087, birthPlace, 14959
10087, position, 19632
403, birthPlace, 6831
18332, birthPlace, 14959
18332, formerTeam, 4827
29866, formerTeam, 4827
29866, position, 19632
28067, deathPlace, 14959
28067, nationality, 6831
17546, birthPlace, 14959
17546, deathPlace, 6831
9705, formerTeam, 4827
9705, position, 19632
16484, birthPlace, 14959
16484, position, 19632
15451, birthPlace, 14959
15451, position, 19632
8139, birthPlace, 14959
8139, position, 19632
17827, draftTeam, 4827
17827, position, 19632
25470, draftTeam, 4827
25470, position, 19632
28557, formerTeam, 4827
28557, position, 19632
13662, residence, 6831
13662, residence, 14959
Question: In what context are Alexander_Dovzhenko, Chris_Pronger, Dornbirner_EC, and Maria_Sophia_of_Neuburg connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Alexander_Dovzhenko",
"Chris_Pronger",
"Dornbirner_EC",
"Maria_Sophia_of_Neuburg"
],
"valid_edges": [
[
"Alexander_Boikov",
"birthPlace",
"Soviet_Union"
],
[
"Alexander_Boikov",
"position",
"Defenceman"
],
[
"Alexander_Dovzhenko",
"deathPlace",
"Soviet_Union"
],
[
"Alexei_Troschinsky",
"birthPlace",
"Soviet_Union"
],
[
"Alexei_Troschinsky",
"position",
"Defenceman"
],
[
"Andrej_Meszároš",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Andrej_Meszároš",
"position",
"Defenceman"
],
[
"Andy_Sertich",
"formerTeam",
"Dornbirner_EC"
],
[
"Andy_Sertich",
"position",
"Defenceman"
],
[
"Anton_Babchuk",
"birthPlace",
"Soviet_Union"
],
[
"Anton_Babchuk",
"position",
"Defenceman"
],
[
"Chris_Pronger",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Chris_Pronger",
"position",
"Defenceman"
],
[
"Danny_Markov",
"birthPlace",
"Soviet_Union"
],
[
"Danny_Markov",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Danny_Markov",
"position",
"Defenceman"
],
[
"Denis_Chervyakov",
"birthPlace",
"Soviet_Union"
],
[
"Denis_Chervyakov",
"position",
"Defenceman"
],
[
"Erich_Schröter",
"birthPlace",
"Germany"
],
[
"Erich_Schröter",
"deathPlace",
"Soviet_Union"
],
[
"Gordie_Roberts",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Gordie_Roberts",
"position",
"Defenceman"
],
[
"Igor_Knyazev",
"birthPlace",
"Soviet_Union"
],
[
"Igor_Knyazev",
"position",
"Defenceman"
],
[
"Igor_Ulanov",
"birthPlace",
"Soviet_Union"
],
[
"Igor_Ulanov",
"position",
"Defenceman"
],
[
"Janne_Niinimaa",
"draftTeam",
"Philadelphia_Flyers"
],
[
"Janne_Niinimaa",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Janne_Niinimaa",
"position",
"Defenceman"
],
[
"Kirill_Safronov",
"birthPlace",
"Soviet_Union"
],
[
"Kirill_Safronov",
"position",
"Defenceman"
],
[
"Krišjānis_Rēdlihs",
"birthPlace",
"Soviet_Union"
],
[
"Krišjānis_Rēdlihs",
"position",
"Defenceman"
],
[
"Maria_Sophia_of_Neuburg",
"birthPlace",
"Germany"
],
[
"Nikolay_Zherdev",
"birthPlace",
"Soviet_Union"
],
[
"Nikolay_Zherdev",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Ossi_Väänänen",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Ossi_Väänänen",
"position",
"Defenceman"
],
[
"Oswald_Teichmüller",
"deathPlace",
"Soviet_Union"
],
[
"Oswald_Teichmüller",
"nationality",
"Germany"
],
[
"Raisa_Gorbachova",
"birthPlace",
"Soviet_Union"
],
[
"Raisa_Gorbachova",
"deathPlace",
"Germany"
],
[
"Ralph_MacSweyn",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Ralph_MacSweyn",
"position",
"Defenceman"
],
[
"Remir_Khaidarov",
"birthPlace",
"Soviet_Union"
],
[
"Remir_Khaidarov",
"position",
"Defenceman"
],
[
"Roman_Derlyuk",
"birthPlace",
"Soviet_Union"
],
[
"Roman_Derlyuk",
"position",
"Defenceman"
],
[
"Sergei_Kolosov",
"birthPlace",
"Soviet_Union"
],
[
"Sergei_Kolosov",
"position",
"Defenceman"
],
[
"Shannon_Finn",
"draftTeam",
"Philadelphia_Flyers"
],
[
"Shannon_Finn",
"position",
"Defenceman"
],
[
"Sverre_Sears",
"draftTeam",
"Philadelphia_Flyers"
],
[
"Sverre_Sears",
"position",
"Defenceman"
],
[
"Terry_Carkner",
"formerTeam",
"Philadelphia_Flyers"
],
[
"Terry_Carkner",
"position",
"Defenceman"
],
[
"Wang_Ganchang",
"residence",
"Germany"
],
[
"Wang_Ganchang",
"residence",
"Soviet_Union"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
27443, 30_Minute_Love_Affair
28751, A_Summer_Best
17583, Allen_Toussaint
1572, Bare_(Annie_Lennox_album)
17205, Burning_a_Hole_in_My_Mind
5147, Connie_Smith
23634, Etta_James
15463, Get_to_Heaven
9941, Giorgio_Moroder
1826, I'll_Come_Runnin'
10274, If_I_Talk_to_Him
22865, Louisiana_Man
27769, Once_a_Day
17669, Play_Something_Sweet_(Brickyard_Blues)
27258, RCA_Records
16340, Robert_Marlow
9687, Russell_Mael
8305, Sparks_(Hilary_Duff_song)
22732, Stay_(I_Missed_You)
3343, Synthpop
14661, The_Boy_Who_Murdered_Love
src, edge_attr, dst
27443, genre, 3343
27443, recordLabel, 27258
28751, genre, 3343
17583, associatedBand, 23634
17583, associatedMusicalArtist, 23634
17583, recordLabel, 27258
1572, genre, 3343
1572, recordLabel, 27258
17205, musicalArtist, 5147
17205, musicalBand, 5147
17205, recordLabel, 27258
5147, recordLabel, 27258
23634, recordLabel, 27258
15463, genre, 3343
15463, recordLabel, 27258
9941, genre, 3343
9941, recordLabel, 27258
1826, musicalArtist, 5147
1826, musicalBand, 5147
1826, recordLabel, 27258
1826, writer, 5147
10274, musicalArtist, 5147
10274, musicalBand, 5147
10274, recordLabel, 27258
22865, musicalArtist, 5147
22865, musicalBand, 5147
22865, recordLabel, 27258
27769, musicalArtist, 5147
27769, musicalBand, 5147
27769, recordLabel, 27258
17669, writer, 17583
16340, genre, 3343
16340, recordLabel, 27258
9687, genre, 3343
9687, recordLabel, 27258
8305, genre, 3343
8305, recordLabel, 27258
22732, recordLabel, 27258
14661, genre, 3343
14661, recordLabel, 27258
Question: For what reason are A_Summer_Best, I'll_Come_Runnin', Play_Something_Sweet_(Brickyard_Blues), and Stay_(I_Missed_You) associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"A_Summer_Best",
"I'll_Come_Runnin'",
"Play_Something_Sweet_(Brickyard_Blues)",
"Stay_(I_Missed_You)"
],
"valid_edges": [
[
"30_Minute_Love_Affair",
"genre",
"Synthpop"
],
[
"30_Minute_Love_Affair",
"recordLabel",
"RCA_Records"
],
[
"A_Summer_Best",
"genre",
"Synthpop"
],
[
"Allen_Toussaint",
"associatedBand",
"Etta_James"
],
[
"Allen_Toussaint",
"associatedMusicalArtist",
"Etta_James"
],
[
"Allen_Toussaint",
"recordLabel",
"RCA_Records"
],
[
"Bare_(Annie_Lennox_album)",
"genre",
"Synthpop"
],
[
"Bare_(Annie_Lennox_album)",
"recordLabel",
"RCA_Records"
],
[
"Burning_a_Hole_in_My_Mind",
"musicalArtist",
"Connie_Smith"
],
[
"Burning_a_Hole_in_My_Mind",
"musicalBand",
"Connie_Smith"
],
[
"Burning_a_Hole_in_My_Mind",
"recordLabel",
"RCA_Records"
],
[
"Connie_Smith",
"recordLabel",
"RCA_Records"
],
[
"Etta_James",
"recordLabel",
"RCA_Records"
],
[
"Get_to_Heaven",
"genre",
"Synthpop"
],
[
"Get_to_Heaven",
"recordLabel",
"RCA_Records"
],
[
"Giorgio_Moroder",
"genre",
"Synthpop"
],
[
"Giorgio_Moroder",
"recordLabel",
"RCA_Records"
],
[
"I'll_Come_Runnin'",
"musicalArtist",
"Connie_Smith"
],
[
"I'll_Come_Runnin'",
"musicalBand",
"Connie_Smith"
],
[
"I'll_Come_Runnin'",
"recordLabel",
"RCA_Records"
],
[
"I'll_Come_Runnin'",
"writer",
"Connie_Smith"
],
[
"If_I_Talk_to_Him",
"musicalArtist",
"Connie_Smith"
],
[
"If_I_Talk_to_Him",
"musicalBand",
"Connie_Smith"
],
[
"If_I_Talk_to_Him",
"recordLabel",
"RCA_Records"
],
[
"Louisiana_Man",
"musicalArtist",
"Connie_Smith"
],
[
"Louisiana_Man",
"musicalBand",
"Connie_Smith"
],
[
"Louisiana_Man",
"recordLabel",
"RCA_Records"
],
[
"Once_a_Day",
"musicalArtist",
"Connie_Smith"
],
[
"Once_a_Day",
"musicalBand",
"Connie_Smith"
],
[
"Once_a_Day",
"recordLabel",
"RCA_Records"
],
[
"Play_Something_Sweet_(Brickyard_Blues)",
"writer",
"Allen_Toussaint"
],
[
"Robert_Marlow",
"genre",
"Synthpop"
],
[
"Robert_Marlow",
"recordLabel",
"RCA_Records"
],
[
"Russell_Mael",
"genre",
"Synthpop"
],
[
"Russell_Mael",
"recordLabel",
"RCA_Records"
],
[
"Sparks_(Hilary_Duff_song)",
"genre",
"Synthpop"
],
[
"Sparks_(Hilary_Duff_song)",
"recordLabel",
"RCA_Records"
],
[
"Stay_(I_Missed_You)",
"recordLabel",
"RCA_Records"
],
[
"The_Boy_Who_Murdered_Love",
"genre",
"Synthpop"
],
[
"The_Boy_Who_Murdered_Love",
"recordLabel",
"RCA_Records"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
4211, 2009–10_Sunderland_A.F.C._season
27068, Alan_Hutton
1609, Andy_Gray_(footballer,_born_1977)
27445, Billy_Cook_(footballer,_born_1909)
3962, Birkenhead
18989, Brian_Clough
4953, Celtic_F.C.
24780, Colin_Cooper
6364, Dale_Roberts_(footballer,_born_1986)
3446, Half_Man_Half_Biscuit
7593, Indie_folk
9839, Jason_McAteer
3895, Joe_Murphy_(footballer,_born_1981)
12435, John_McSeveney
3038, Keith_Armstrong_(footballer)
16121, Mark_Proctor_(footballer)
13780, Mick_McCarthy
6859, Niall_Quinn
1942, Nottingham_Forest_F.C.
20789, Paul_Armstrong
10309, Republic_of_Ireland_national_under-21_football_team
14976, Robin_Pecknold
10335, Roy_Keane
19646, Ruthenian_Catholic_Eparchy_of_Holy_Protection_of_Mary_Phoenix
10306, Scunthorpe_United_F.C.
20247, Sunderland_A.F.C.
13653, Washington_(state)
src, edge_attr, dst
4211, chairman, 6859
4211, team, 20247
27068, team, 1942
27068, team, 20247
1609, team, 1942
1609, team, 20247
27445, managerClub, 20247
27445, team, 4953
18989, managerClub, 1942
18989, team, 20247
24780, team, 1942
24780, team, 20247
6364, team, 1942
6364, team, 20247
3446, genre, 7593
3446, hometown, 3962
9839, birthPlace, 3962
9839, team, 20247
3895, team, 10309
3895, team, 10306
3895, team, 20247
12435, managerClub, 1942
12435, team, 20247
3038, team, 10306
3038, team, 20247
16121, team, 1942
16121, team, 20247
13780, managerClub, 20247
13780, team, 4953
6859, managerClub, 20247
6859, team, 10309
6859, team, 20247
20789, team, 10309
14976, birthPlace, 13653
14976, genre, 7593
14976, hometown, 13653
10335, managerClub, 20247
10335, team, 4953
10335, team, 1942
10335, team, 10309
19646, territory, 13653
Question: For what reason are Half_Man_Half_Biscuit, Paul_Armstrong, Ruthenian_Catholic_Eparchy_of_Holy_Protection_of_Mary_Phoenix, and Sunderland_A.F.C. associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Half_Man_Half_Biscuit",
"Paul_Armstrong",
"Ruthenian_Catholic_Eparchy_of_Holy_Protection_of_Mary_Phoenix",
"Sunderland_A.F.C."
],
"valid_edges": [
[
"2009–10_Sunderland_A.F.C._season",
"chairman",
"Niall_Quinn"
],
[
"2009–10_Sunderland_A.F.C._season",
"team",
"Sunderland_A.F.C."
],
[
"Alan_Hutton",
"team",
"Nottingham_Forest_F.C."
],
[
"Alan_Hutton",
"team",
"Sunderland_A.F.C."
],
[
"Andy_Gray_(footballer,_born_1977)",
"team",
"Nottingham_Forest_F.C."
],
[
"Andy_Gray_(footballer,_born_1977)",
"team",
"Sunderland_A.F.C."
],
[
"Billy_Cook_(footballer,_born_1909)",
"managerClub",
"Sunderland_A.F.C."
],
[
"Billy_Cook_(footballer,_born_1909)",
"team",
"Celtic_F.C."
],
[
"Brian_Clough",
"managerClub",
"Nottingham_Forest_F.C."
],
[
"Brian_Clough",
"team",
"Sunderland_A.F.C."
],
[
"Colin_Cooper",
"team",
"Nottingham_Forest_F.C."
],
[
"Colin_Cooper",
"team",
"Sunderland_A.F.C."
],
[
"Dale_Roberts_(footballer,_born_1986)",
"team",
"Nottingham_Forest_F.C."
],
[
"Dale_Roberts_(footballer,_born_1986)",
"team",
"Sunderland_A.F.C."
],
[
"Half_Man_Half_Biscuit",
"genre",
"Indie_folk"
],
[
"Half_Man_Half_Biscuit",
"hometown",
"Birkenhead"
],
[
"Jason_McAteer",
"birthPlace",
"Birkenhead"
],
[
"Jason_McAteer",
"team",
"Sunderland_A.F.C."
],
[
"Joe_Murphy_(footballer,_born_1981)",
"team",
"Republic_of_Ireland_national_under-21_football_team"
],
[
"Joe_Murphy_(footballer,_born_1981)",
"team",
"Scunthorpe_United_F.C."
],
[
"Joe_Murphy_(footballer,_born_1981)",
"team",
"Sunderland_A.F.C."
],
[
"John_McSeveney",
"managerClub",
"Nottingham_Forest_F.C."
],
[
"John_McSeveney",
"team",
"Sunderland_A.F.C."
],
[
"Keith_Armstrong_(footballer)",
"team",
"Scunthorpe_United_F.C."
],
[
"Keith_Armstrong_(footballer)",
"team",
"Sunderland_A.F.C."
],
[
"Mark_Proctor_(footballer)",
"team",
"Nottingham_Forest_F.C."
],
[
"Mark_Proctor_(footballer)",
"team",
"Sunderland_A.F.C."
],
[
"Mick_McCarthy",
"managerClub",
"Sunderland_A.F.C."
],
[
"Mick_McCarthy",
"team",
"Celtic_F.C."
],
[
"Niall_Quinn",
"managerClub",
"Sunderland_A.F.C."
],
[
"Niall_Quinn",
"team",
"Republic_of_Ireland_national_under-21_football_team"
],
[
"Niall_Quinn",
"team",
"Sunderland_A.F.C."
],
[
"Paul_Armstrong",
"team",
"Republic_of_Ireland_national_under-21_football_team"
],
[
"Robin_Pecknold",
"birthPlace",
"Washington_(state)"
],
[
"Robin_Pecknold",
"genre",
"Indie_folk"
],
[
"Robin_Pecknold",
"hometown",
"Washington_(state)"
],
[
"Roy_Keane",
"managerClub",
"Sunderland_A.F.C."
],
[
"Roy_Keane",
"team",
"Celtic_F.C."
],
[
"Roy_Keane",
"team",
"Nottingham_Forest_F.C."
],
[
"Roy_Keane",
"team",
"Republic_of_Ireland_national_under-21_football_team"
],
[
"Ruthenian_Catholic_Eparchy_of_Holy_Protection_of_Mary_Phoenix",
"territory",
"Washington_(state)"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
26627, 480i
29523, Abbey_Lincoln
11026, Acacia_(band)
16563, Adrián_Terrazas-González
12464, Afro-soul
5186, Alex_Acuña
3202, Alex_Van_Halen
22612, Allan_Phillips
13937, Andy_Anderson_(drummer)
3041, Angus_MacLise
23428, Aïyb_Dieng
10262, Batagraf
15852, Bosco_Mann
22017, Chad_Szeliga
5141, Chris_Paxton
30078, Curumin
28912, Dana_Hall_(musician)
27755, Dariusz_Brzozowski
7628, Dave_Tough_(producer)
3387, Derek_Roddy
24211, Dirk_Verbeuren
86, Dirty_Dozen_Brass_Band
2384, Don_Ellis
3141, Drum_kit
20818, ESPN_Latin_America
22593, Earl_Palmer
16906, Edward_Vesala
21318, Emil_Nikolaisen
29590, Felix_Haug
6900, Frank_Agnew
21858, Frank_Butler_(musician)
2659, Graham_Broad
19631, Heavy_metal_music
9516, Herman_Matthews
11580, Huelga_De_Hambre
4107, Ikaw_Lang_Ang_Mamahalin
4661, James_Dean_Bradfield
27103, Jamey_Haddad
7027, Janove_Ottesen
4793, Jazz
2432, Jesse_Sprinkle
6274, Jet_Black
1278, Jimi_Goodwin
2620, Joe_Zawinul
23055, Joey_Covington
13875, Joey_Fatone
8454, John_Hollenbeck_(musician)
4482, Johnny_Owens
26455, Jonny_Quinn
18207, Juan_Carlos_Paz_y_Puente
14176, K-pop
1440, Kahil_El'Zabar
15151, Keith_Carlock
15676, Liam_Genockey
27296, Ludwig_Drums
26984, Luis_Resto_(musician)
4229, Madlib
19388, Manfred_Hausleitner
4913, Marty_Feier
11024, Miguel_Atwood-Ferguson
2951, Mikko_Sirén
19286, Mitch_Mitchell
28114, Mocky
20139, Morten_Abel
18562, Neil_Peart
29166, Neil_Sanderson
17081, Neo_soul
28363, New_Mexico_music
29244, Nick_Augusto
13732, Nicky_Bomba
495, Noah_Bernardo
6637, Nobunny
18224, Ollie_E._Brown
24829, Pedro_Arraiza
9111, Percussion_instrument
14392, Peru
880, Pete_Lockett
12191, Peter_Erskine
8770, R._B._Korbet
1163, Rachel_Blumberg
20290, Ray_Barbee
29973, Richard_Ploog
3536, Roscoe_Mitchell
20298, Rusty_Day
15034, Saki_Kaskas
26151, Sherman_Ferguson
16367, Sib_Hashian
21841, Simon_Crowe
21425, Solon_Bixler
19003, Stephen_Kozmeniuk
21308, Stephen_Underwood
9814, Steve_Asheim
16631, Teddy_Charles
3197, The_Last_Goodnight
13550, Tony_Laureano
8933, Tuomas_Holopainen
23734, William_Chiroque
7087, ZEM
src, edge_attr, dst
29523, genre, 4793
11026, instrument, 3141
11026, instrument, 9111
16563, genre, 4793
16563, instrument, 9111
12464, instrument, 3141
12464, stylisticOrigin, 4793
5186, genre, 4793
5186, instrument, 9111
5186, occupation, 9111
3202, genre, 19631
3202, instrument, 3141
3202, instrument, 27296
22612, genre, 4793
22612, instrument, 9111
13937, genre, 4793
13937, instrument, 3141
13937, instrument, 9111
3041, instrument, 3141
3041, instrument, 9111
23428, genre, 4793
23428, instrument, 3141
23428, instrument, 9111
10262, genre, 4793
10262, genre, 9111
15852, genre, 4793
15852, instrument, 3141
15852, instrument, 9111
22017, genre, 4793
22017, instrument, 3141
5141, genre, 4793
5141, instrument, 3141
30078, genre, 4793
30078, instrument, 3141
28912, genre, 4793
28912, instrument, 3141
28912, instrument, 9111
27755, instrument, 3141
27755, instrument, 9111
7628, genre, 4793
7628, instrument, 3141
3387, instrument, 3141
3387, instrument, 9111
24211, instrument, 3141
24211, instrument, 9111
86, bandMember, 3141
86, genre, 4793
2384, genre, 4793
2384, instrument, 3141
20818, broadcastArea, 14392
20818, pictureFormat, 26627
22593, genre, 4793
22593, instrument, 3141
16906, genre, 4793
16906, instrument, 3141
16906, instrument, 9111
21318, instrument, 3141
21318, instrument, 9111
29590, genre, 4793
29590, instrument, 3141
6900, instrument, 3141
6900, instrument, 9111
21858, genre, 4793
21858, instrument, 3141
2659, instrument, 3141
2659, instrument, 9111
19631, instrument, 3141
9516, genre, 4793
9516, instrument, 3141
9516, instrument, 9111
9516, occupation, 9111
11580, bandMember, 3141
11580, hometown, 14392
4107, format, 26627
4661, instrument, 3141
4661, instrument, 9111
27103, genre, 4793
27103, instrument, 3141
27103, instrument, 9111
7027, instrument, 3141
7027, instrument, 9111
4793, instrument, 3141
4793, musicFusionGenre, 17081
2432, instrument, 3141
2432, instrument, 9111
6274, genre, 4793
6274, instrument, 3141
1278, instrument, 3141
1278, instrument, 9111
2620, genre, 4793
2620, instrument, 9111
23055, instrument, 3141
23055, occupation, 9111
13875, instrument, 3141
13875, instrument, 9111
8454, genre, 4793
8454, instrument, 3141
8454, instrument, 9111
4482, instrument, 3141
4482, instrument, 9111
26455, instrument, 3141
26455, instrument, 9111
18207, genre, 4793
18207, instrument, 3141
14176, instrument, 3141
14176, stylisticOrigin, 4793
1440, instrument, 3141
1440, instrument, 9111
15151, genre, 4793
15151, instrument, 3141
15151, instrument, 9111
15676, instrument, 3141
15676, instrument, 9111
27296, product, 3141
27296, product, 9111
26984, genre, 4793
26984, instrument, 9111
4229, genre, 4793
4229, instrument, 3141
4229, instrument, 9111
19388, genre, 4793
19388, instrument, 3141
4913, genre, 4793
4913, instrument, 3141
4913, instrument, 27296
4913, instrument, 9111
11024, genre, 4793
11024, instrument, 9111
2951, instrument, 3141
2951, instrument, 9111
19286, instrument, 3141
19286, instrument, 9111
28114, genre, 4793
28114, instrument, 3141
20139, instrument, 3141
20139, instrument, 9111
18562, genre, 4793
18562, instrument, 3141
18562, instrument, 9111
29166, instrument, 3141
29166, occupation, 9111
17081, instrument, 3141
17081, stylisticOrigin, 4793
28363, instrument, 3141
28363, stylisticOrigin, 4793
29244, instrument, 3141
29244, instrument, 9111
13732, genre, 4793
13732, instrument, 3141
13732, instrument, 9111
495, instrument, 3141
495, instrument, 9111
6637, instrument, 3141
6637, instrument, 9111
18224, instrument, 3141
18224, instrument, 9111
18224, occupation, 9111
24829, genre, 4793
24829, instrument, 3141
880, instrument, 3141
880, instrument, 9111
12191, genre, 4793
12191, instrument, 3141
12191, instrument, 9111
8770, instrument, 3141
8770, instrument, 9111
1163, instrument, 3141
1163, instrument, 9111
20290, genre, 4793
20290, instrument, 3141
29973, instrument, 3141
29973, instrument, 9111
3536, genre, 4793
3536, instrument, 9111
20298, instrument, 3141
20298, instrument, 9111
15034, genre, 4793
15034, instrument, 3141
26151, genre, 4793
26151, instrument, 3141
16367, instrument, 3141
16367, instrument, 9111
21841, instrument, 3141
21841, instrument, 9111
21425, instrument, 3141
21425, instrument, 9111
19003, instrument, 3141
19003, instrument, 9111
21308, genre, 4793
21308, instrument, 3141
9814, instrument, 3141
9814, instrument, 9111
16631, genre, 4793
16631, instrument, 9111
3197, formerBandMember, 3141
3197, formerBandMember, 9111
13550, instrument, 3141
13550, instrument, 9111
8933, instrument, 3141
8933, instrument, 9111
23734, birthPlace, 14392
7087, bandMember, 3141
7087, bandMember, 9111
Question: How are Abbey_Lincoln, Ikaw_Lang_Ang_Mamahalin, Ludwig_Drums, and William_Chiroque related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Abbey_Lincoln",
"Ikaw_Lang_Ang_Mamahalin",
"Ludwig_Drums",
"William_Chiroque"
],
"valid_edges": [
[
"Abbey_Lincoln",
"genre",
"Jazz"
],
[
"Acacia_(band)",
"instrument",
"Drum_kit"
],
[
"Acacia_(band)",
"instrument",
"Percussion_instrument"
],
[
"Adrián_Terrazas-González",
"genre",
"Jazz"
],
[
"Adrián_Terrazas-González",
"instrument",
"Percussion_instrument"
],
[
"Afro-soul",
"instrument",
"Drum_kit"
],
[
"Afro-soul",
"stylisticOrigin",
"Jazz"
],
[
"Alex_Acuña",
"genre",
"Jazz"
],
[
"Alex_Acuña",
"instrument",
"Percussion_instrument"
],
[
"Alex_Acuña",
"occupation",
"Percussion_instrument"
],
[
"Alex_Van_Halen",
"genre",
"Heavy_metal_music"
],
[
"Alex_Van_Halen",
"instrument",
"Drum_kit"
],
[
"Alex_Van_Halen",
"instrument",
"Ludwig_Drums"
],
[
"Allan_Phillips",
"genre",
"Jazz"
],
[
"Allan_Phillips",
"instrument",
"Percussion_instrument"
],
[
"Andy_Anderson_(drummer)",
"genre",
"Jazz"
],
[
"Andy_Anderson_(drummer)",
"instrument",
"Drum_kit"
],
[
"Andy_Anderson_(drummer)",
"instrument",
"Percussion_instrument"
],
[
"Angus_MacLise",
"instrument",
"Drum_kit"
],
[
"Angus_MacLise",
"instrument",
"Percussion_instrument"
],
[
"Aïyb_Dieng",
"genre",
"Jazz"
],
[
"Aïyb_Dieng",
"instrument",
"Drum_kit"
],
[
"Aïyb_Dieng",
"instrument",
"Percussion_instrument"
],
[
"Batagraf",
"genre",
"Jazz"
],
[
"Batagraf",
"genre",
"Percussion_instrument"
],
[
"Bosco_Mann",
"genre",
"Jazz"
],
[
"Bosco_Mann",
"instrument",
"Drum_kit"
],
[
"Bosco_Mann",
"instrument",
"Percussion_instrument"
],
[
"Chad_Szeliga",
"genre",
"Jazz"
],
[
"Chad_Szeliga",
"instrument",
"Drum_kit"
],
[
"Chris_Paxton",
"genre",
"Jazz"
],
[
"Chris_Paxton",
"instrument",
"Drum_kit"
],
[
"Curumin",
"genre",
"Jazz"
],
[
"Curumin",
"instrument",
"Drum_kit"
],
[
"Dana_Hall_(musician)",
"genre",
"Jazz"
],
[
"Dana_Hall_(musician)",
"instrument",
"Drum_kit"
],
[
"Dana_Hall_(musician)",
"instrument",
"Percussion_instrument"
],
[
"Dariusz_Brzozowski",
"instrument",
"Drum_kit"
],
[
"Dariusz_Brzozowski",
"instrument",
"Percussion_instrument"
],
[
"Dave_Tough_(producer)",
"genre",
"Jazz"
],
[
"Dave_Tough_(producer)",
"instrument",
"Drum_kit"
],
[
"Derek_Roddy",
"instrument",
"Drum_kit"
],
[
"Derek_Roddy",
"instrument",
"Percussion_instrument"
],
[
"Dirk_Verbeuren",
"instrument",
"Drum_kit"
],
[
"Dirk_Verbeuren",
"instrument",
"Percussion_instrument"
],
[
"Dirty_Dozen_Brass_Band",
"bandMember",
"Drum_kit"
],
[
"Dirty_Dozen_Brass_Band",
"genre",
"Jazz"
],
[
"Don_Ellis",
"genre",
"Jazz"
],
[
"Don_Ellis",
"instrument",
"Drum_kit"
],
[
"ESPN_Latin_America",
"broadcastArea",
"Peru"
],
[
"ESPN_Latin_America",
"pictureFormat",
"480i"
],
[
"Earl_Palmer",
"genre",
"Jazz"
],
[
"Earl_Palmer",
"instrument",
"Drum_kit"
],
[
"Edward_Vesala",
"genre",
"Jazz"
],
[
"Edward_Vesala",
"instrument",
"Drum_kit"
],
[
"Edward_Vesala",
"instrument",
"Percussion_instrument"
],
[
"Emil_Nikolaisen",
"instrument",
"Drum_kit"
],
[
"Emil_Nikolaisen",
"instrument",
"Percussion_instrument"
],
[
"Felix_Haug",
"genre",
"Jazz"
],
[
"Felix_Haug",
"instrument",
"Drum_kit"
],
[
"Frank_Agnew",
"instrument",
"Drum_kit"
],
[
"Frank_Agnew",
"instrument",
"Percussion_instrument"
],
[
"Frank_Butler_(musician)",
"genre",
"Jazz"
],
[
"Frank_Butler_(musician)",
"instrument",
"Drum_kit"
],
[
"Graham_Broad",
"instrument",
"Drum_kit"
],
[
"Graham_Broad",
"instrument",
"Percussion_instrument"
],
[
"Heavy_metal_music",
"instrument",
"Drum_kit"
],
[
"Herman_Matthews",
"genre",
"Jazz"
],
[
"Herman_Matthews",
"instrument",
"Drum_kit"
],
[
"Herman_Matthews",
"instrument",
"Percussion_instrument"
],
[
"Herman_Matthews",
"occupation",
"Percussion_instrument"
],
[
"Huelga_De_Hambre",
"bandMember",
"Drum_kit"
],
[
"Huelga_De_Hambre",
"hometown",
"Peru"
],
[
"Ikaw_Lang_Ang_Mamahalin",
"format",
"480i"
],
[
"James_Dean_Bradfield",
"instrument",
"Drum_kit"
],
[
"James_Dean_Bradfield",
"instrument",
"Percussion_instrument"
],
[
"Jamey_Haddad",
"genre",
"Jazz"
],
[
"Jamey_Haddad",
"instrument",
"Drum_kit"
],
[
"Jamey_Haddad",
"instrument",
"Percussion_instrument"
],
[
"Janove_Ottesen",
"instrument",
"Drum_kit"
],
[
"Janove_Ottesen",
"instrument",
"Percussion_instrument"
],
[
"Jazz",
"instrument",
"Drum_kit"
],
[
"Jazz",
"musicFusionGenre",
"Neo_soul"
],
[
"Jesse_Sprinkle",
"instrument",
"Drum_kit"
],
[
"Jesse_Sprinkle",
"instrument",
"Percussion_instrument"
],
[
"Jet_Black",
"genre",
"Jazz"
],
[
"Jet_Black",
"instrument",
"Drum_kit"
],
[
"Jimi_Goodwin",
"instrument",
"Drum_kit"
],
[
"Jimi_Goodwin",
"instrument",
"Percussion_instrument"
],
[
"Joe_Zawinul",
"genre",
"Jazz"
],
[
"Joe_Zawinul",
"instrument",
"Percussion_instrument"
],
[
"Joey_Covington",
"instrument",
"Drum_kit"
],
[
"Joey_Covington",
"occupation",
"Percussion_instrument"
],
[
"Joey_Fatone",
"instrument",
"Drum_kit"
],
[
"Joey_Fatone",
"instrument",
"Percussion_instrument"
],
[
"John_Hollenbeck_(musician)",
"genre",
"Jazz"
],
[
"John_Hollenbeck_(musician)",
"instrument",
"Drum_kit"
],
[
"John_Hollenbeck_(musician)",
"instrument",
"Percussion_instrument"
],
[
"Johnny_Owens",
"instrument",
"Drum_kit"
],
[
"Johnny_Owens",
"instrument",
"Percussion_instrument"
],
[
"Jonny_Quinn",
"instrument",
"Drum_kit"
],
[
"Jonny_Quinn",
"instrument",
"Percussion_instrument"
],
[
"Juan_Carlos_Paz_y_Puente",
"genre",
"Jazz"
],
[
"Juan_Carlos_Paz_y_Puente",
"instrument",
"Drum_kit"
],
[
"K-pop",
"instrument",
"Drum_kit"
],
[
"K-pop",
"stylisticOrigin",
"Jazz"
],
[
"Kahil_El'Zabar",
"instrument",
"Drum_kit"
],
[
"Kahil_El'Zabar",
"instrument",
"Percussion_instrument"
],
[
"Keith_Carlock",
"genre",
"Jazz"
],
[
"Keith_Carlock",
"instrument",
"Drum_kit"
],
[
"Keith_Carlock",
"instrument",
"Percussion_instrument"
],
[
"Liam_Genockey",
"instrument",
"Drum_kit"
],
[
"Liam_Genockey",
"instrument",
"Percussion_instrument"
],
[
"Ludwig_Drums",
"product",
"Drum_kit"
],
[
"Ludwig_Drums",
"product",
"Percussion_instrument"
],
[
"Luis_Resto_(musician)",
"genre",
"Jazz"
],
[
"Luis_Resto_(musician)",
"instrument",
"Percussion_instrument"
],
[
"Madlib",
"genre",
"Jazz"
],
[
"Madlib",
"instrument",
"Drum_kit"
],
[
"Madlib",
"instrument",
"Percussion_instrument"
],
[
"Manfred_Hausleitner",
"genre",
"Jazz"
],
[
"Manfred_Hausleitner",
"instrument",
"Drum_kit"
],
[
"Marty_Feier",
"genre",
"Jazz"
],
[
"Marty_Feier",
"instrument",
"Drum_kit"
],
[
"Marty_Feier",
"instrument",
"Ludwig_Drums"
],
[
"Marty_Feier",
"instrument",
"Percussion_instrument"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Jazz"
],
[
"Miguel_Atwood-Ferguson",
"instrument",
"Percussion_instrument"
],
[
"Mikko_Sirén",
"instrument",
"Drum_kit"
],
[
"Mikko_Sirén",
"instrument",
"Percussion_instrument"
],
[
"Mitch_Mitchell",
"instrument",
"Drum_kit"
],
[
"Mitch_Mitchell",
"instrument",
"Percussion_instrument"
],
[
"Mocky",
"genre",
"Jazz"
],
[
"Mocky",
"instrument",
"Drum_kit"
],
[
"Morten_Abel",
"instrument",
"Drum_kit"
],
[
"Morten_Abel",
"instrument",
"Percussion_instrument"
],
[
"Neil_Peart",
"genre",
"Jazz"
],
[
"Neil_Peart",
"instrument",
"Drum_kit"
],
[
"Neil_Peart",
"instrument",
"Percussion_instrument"
],
[
"Neil_Sanderson",
"instrument",
"Drum_kit"
],
[
"Neil_Sanderson",
"occupation",
"Percussion_instrument"
],
[
"Neo_soul",
"instrument",
"Drum_kit"
],
[
"Neo_soul",
"stylisticOrigin",
"Jazz"
],
[
"New_Mexico_music",
"instrument",
"Drum_kit"
],
[
"New_Mexico_music",
"stylisticOrigin",
"Jazz"
],
[
"Nick_Augusto",
"instrument",
"Drum_kit"
],
[
"Nick_Augusto",
"instrument",
"Percussion_instrument"
],
[
"Nicky_Bomba",
"genre",
"Jazz"
],
[
"Nicky_Bomba",
"instrument",
"Drum_kit"
],
[
"Nicky_Bomba",
"instrument",
"Percussion_instrument"
],
[
"Noah_Bernardo",
"instrument",
"Drum_kit"
],
[
"Noah_Bernardo",
"instrument",
"Percussion_instrument"
],
[
"Nobunny",
"instrument",
"Drum_kit"
],
[
"Nobunny",
"instrument",
"Percussion_instrument"
],
[
"Ollie_E._Brown",
"instrument",
"Drum_kit"
],
[
"Ollie_E._Brown",
"instrument",
"Percussion_instrument"
],
[
"Ollie_E._Brown",
"occupation",
"Percussion_instrument"
],
[
"Pedro_Arraiza",
"genre",
"Jazz"
],
[
"Pedro_Arraiza",
"instrument",
"Drum_kit"
],
[
"Pete_Lockett",
"instrument",
"Drum_kit"
],
[
"Pete_Lockett",
"instrument",
"Percussion_instrument"
],
[
"Peter_Erskine",
"genre",
"Jazz"
],
[
"Peter_Erskine",
"instrument",
"Drum_kit"
],
[
"Peter_Erskine",
"instrument",
"Percussion_instrument"
],
[
"R._B._Korbet",
"instrument",
"Drum_kit"
],
[
"R._B._Korbet",
"instrument",
"Percussion_instrument"
],
[
"Rachel_Blumberg",
"instrument",
"Drum_kit"
],
[
"Rachel_Blumberg",
"instrument",
"Percussion_instrument"
],
[
"Ray_Barbee",
"genre",
"Jazz"
],
[
"Ray_Barbee",
"instrument",
"Drum_kit"
],
[
"Richard_Ploog",
"instrument",
"Drum_kit"
],
[
"Richard_Ploog",
"instrument",
"Percussion_instrument"
],
[
"Roscoe_Mitchell",
"genre",
"Jazz"
],
[
"Roscoe_Mitchell",
"instrument",
"Percussion_instrument"
],
[
"Rusty_Day",
"instrument",
"Drum_kit"
],
[
"Rusty_Day",
"instrument",
"Percussion_instrument"
],
[
"Saki_Kaskas",
"genre",
"Jazz"
],
[
"Saki_Kaskas",
"instrument",
"Drum_kit"
],
[
"Sherman_Ferguson",
"genre",
"Jazz"
],
[
"Sherman_Ferguson",
"instrument",
"Drum_kit"
],
[
"Sib_Hashian",
"instrument",
"Drum_kit"
],
[
"Sib_Hashian",
"instrument",
"Percussion_instrument"
],
[
"Simon_Crowe",
"instrument",
"Drum_kit"
],
[
"Simon_Crowe",
"instrument",
"Percussion_instrument"
],
[
"Solon_Bixler",
"instrument",
"Drum_kit"
],
[
"Solon_Bixler",
"instrument",
"Percussion_instrument"
],
[
"Stephen_Kozmeniuk",
"instrument",
"Drum_kit"
],
[
"Stephen_Kozmeniuk",
"instrument",
"Percussion_instrument"
],
[
"Stephen_Underwood",
"genre",
"Jazz"
],
[
"Stephen_Underwood",
"instrument",
"Drum_kit"
],
[
"Steve_Asheim",
"instrument",
"Drum_kit"
],
[
"Steve_Asheim",
"instrument",
"Percussion_instrument"
],
[
"Teddy_Charles",
"genre",
"Jazz"
],
[
"Teddy_Charles",
"instrument",
"Percussion_instrument"
],
[
"The_Last_Goodnight",
"formerBandMember",
"Drum_kit"
],
[
"The_Last_Goodnight",
"formerBandMember",
"Percussion_instrument"
],
[
"Tony_Laureano",
"instrument",
"Drum_kit"
],
[
"Tony_Laureano",
"instrument",
"Percussion_instrument"
],
[
"Tuomas_Holopainen",
"instrument",
"Drum_kit"
],
[
"Tuomas_Holopainen",
"instrument",
"Percussion_instrument"
],
[
"William_Chiroque",
"birthPlace",
"Peru"
],
[
"ZEM",
"bandMember",
"Drum_kit"
],
[
"ZEM",
"bandMember",
"Percussion_instrument"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
27967, Angles_(The_Strokes_album)
29389, Child's_Play_3
18471, Jerome_Kern
24622, John_D'Andrea
18151, Lena_Horne
17468, List_of_Bionicle_media
27258, RCA_Records
26380, Show_Boat_(1936_film)
12201, The_Eagle_(2011_film)
21949, Till_the_Clouds_Roll_By
29714, Universal_Studios
src, edge_attr, dst
27967, recordLabel, 27258
29389, distributor, 29714
29389, musicComposer, 24622
18151, recordLabel, 27258
17468, distributor, 29714
17468, musicComposer, 24622
26380, distributor, 29714
26380, musicComposer, 18471
12201, distributor, 29714
21949, musicComposer, 18471
21949, starring, 18151
Question: How are Angles_(The_Strokes_album), Jerome_Kern, John_D'Andrea, and The_Eagle_(2011_film) related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Angles_(The_Strokes_album)",
"Jerome_Kern",
"John_D'Andrea",
"The_Eagle_(2011_film)"
],
"valid_edges": [
[
"Angles_(The_Strokes_album)",
"recordLabel",
"RCA_Records"
],
[
"Child's_Play_3",
"distributor",
"Universal_Studios"
],
[
"Child's_Play_3",
"musicComposer",
"John_D'Andrea"
],
[
"Lena_Horne",
"recordLabel",
"RCA_Records"
],
[
"List_of_Bionicle_media",
"distributor",
"Universal_Studios"
],
[
"List_of_Bionicle_media",
"musicComposer",
"John_D'Andrea"
],
[
"Show_Boat_(1936_film)",
"distributor",
"Universal_Studios"
],
[
"Show_Boat_(1936_film)",
"musicComposer",
"Jerome_Kern"
],
[
"The_Eagle_(2011_film)",
"distributor",
"Universal_Studios"
],
[
"Till_the_Clouds_Roll_By",
"musicComposer",
"Jerome_Kern"
],
[
"Till_the_Clouds_Roll_By",
"starring",
"Lena_Horne"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
26627, 480i
10189, Big_Time_Rush
21327, English_language
11433, Geek_Girl_(novel)
21029, Live_in_Europe_1967:_The_Bootleg_Series_Vol._1
24770, Model_(people)
24309, Patsy_Stone
10977, Porque_el_amor_manda
16542, Sheila_Walsh_(author/singer)
11784, Sony_Music_Entertainment
23239, The_Root
22015, Ye_Maaya_Chesave_(soundtrack)
src, edge_attr, dst
10189, company, 11784
10189, format, 26627
11433, language, 21327
11433, nonFictionSubject, 24770
21029, language, 21327
21029, recordLabel, 11784
24309, occupation, 24770
10977, format, 26627
16542, recordLabel, 11784
23239, language, 21327
22015, language, 21327
22015, recordLabel, 11784
Question: For what reason are Patsy_Stone, Porque_el_amor_manda, Sheila_Walsh_(author/singer), and The_Root associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Patsy_Stone",
"Porque_el_amor_manda",
"Sheila_Walsh_(author/singer)",
"The_Root"
],
"valid_edges": [
[
"Big_Time_Rush",
"company",
"Sony_Music_Entertainment"
],
[
"Big_Time_Rush",
"format",
"480i"
],
[
"Geek_Girl_(novel)",
"language",
"English_language"
],
[
"Geek_Girl_(novel)",
"nonFictionSubject",
"Model_(people)"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"language",
"English_language"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Patsy_Stone",
"occupation",
"Model_(people)"
],
[
"Porque_el_amor_manda",
"format",
"480i"
],
[
"Sheila_Walsh_(author/singer)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"The_Root",
"language",
"English_language"
],
[
"Ye_Maaya_Chesave_(soundtrack)",
"language",
"English_language"
],
[
"Ye_Maaya_Chesave_(soundtrack)",
"recordLabel",
"Sony_Music_Entertainment"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
10629, Ariola_Records
5858, Bihar
10129, DB_Realty
25530, Don't_Wanna_Lose_You
22866, Friedrich_Geiger
6831, Germany
16214, Jugnu_Ishiqui
18841, Kadal_(soundtrack)
10030, Mumbai
18096, Northeast_Frontier_Railway_zone
11784, Sony_Music_Entertainment
src, edge_attr, dst
10629, country, 6831
10629, distributingCompany, 11784
10629, distributingLabel, 11784
10629, parentCompany, 11784
10129, location, 10030
25530, recordLabel, 11784
22866, birthPlace, 6831
22866, deathPlace, 6831
16214, birthPlace, 5858
16214, residence, 10030
18841, recordLabel, 11784
18841, recordedIn, 10030
18096, location, 5858
Question: In what context are DB_Realty, Don't_Wanna_Lose_You, Friedrich_Geiger, and Northeast_Frontier_Railway_zone connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"DB_Realty",
"Don't_Wanna_Lose_You",
"Friedrich_Geiger",
"Northeast_Frontier_Railway_zone"
],
"valid_edges": [
[
"Ariola_Records",
"country",
"Germany"
],
[
"Ariola_Records",
"distributingCompany",
"Sony_Music_Entertainment"
],
[
"Ariola_Records",
"distributingLabel",
"Sony_Music_Entertainment"
],
[
"Ariola_Records",
"parentCompany",
"Sony_Music_Entertainment"
],
[
"DB_Realty",
"location",
"Mumbai"
],
[
"Don't_Wanna_Lose_You",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Friedrich_Geiger",
"birthPlace",
"Germany"
],
[
"Friedrich_Geiger",
"deathPlace",
"Germany"
],
[
"Jugnu_Ishiqui",
"birthPlace",
"Bihar"
],
[
"Jugnu_Ishiqui",
"residence",
"Mumbai"
],
[
"Kadal_(soundtrack)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Kadal_(soundtrack)",
"recordedIn",
"Mumbai"
],
[
"Northeast_Frontier_Railway_zone",
"location",
"Bihar"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
8705, Anahit_Tsitsikian
14738, Anvarjon_Soliev
21327, English_language
28332, Gingger_Shankar
24868, Hip_hop_music
23282, Ilyas_Malayev
26984, Luis_Resto_(musician)
14775, Magnet_Man
11024, Miguel_Atwood-Ferguson
10084, Miles_Mosley
18620, Mio_in_the_Land_of_Faraway
6273, Miri_Yusif
24873, On_Our_Own_(1994_TV_series)
14959, Soviet_Union
25205, Violin
9635, William_Weiner
src, edge_attr, dst
8705, birthPlace, 14959
8705, instrument, 25205
8705, occupation, 25205
14738, birthPlace, 14959
28332, instrument, 25205
28332, occupation, 25205
23282, birthPlace, 14959
23282, instrument, 25205
26984, genre, 24868
26984, instrument, 25205
14775, genre, 24868
11024, genre, 24868
11024, instrument, 25205
10084, genre, 24868
10084, instrument, 25205
18620, country, 14959
18620, language, 21327
6273, birthPlace, 14959
6273, genre, 24868
24873, language, 21327
9635, birthPlace, 14959
9635, occupation, 25205
Question: For what reason are Anvarjon_Soliev, Gingger_Shankar, Magnet_Man, and On_Our_Own_(1994_TV_series) associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Anvarjon_Soliev",
"Gingger_Shankar",
"Magnet_Man",
"On_Our_Own_(1994_TV_series)"
],
"valid_edges": [
[
"Anahit_Tsitsikian",
"birthPlace",
"Soviet_Union"
],
[
"Anahit_Tsitsikian",
"instrument",
"Violin"
],
[
"Anahit_Tsitsikian",
"occupation",
"Violin"
],
[
"Anvarjon_Soliev",
"birthPlace",
"Soviet_Union"
],
[
"Gingger_Shankar",
"instrument",
"Violin"
],
[
"Gingger_Shankar",
"occupation",
"Violin"
],
[
"Ilyas_Malayev",
"birthPlace",
"Soviet_Union"
],
[
"Ilyas_Malayev",
"instrument",
"Violin"
],
[
"Luis_Resto_(musician)",
"genre",
"Hip_hop_music"
],
[
"Luis_Resto_(musician)",
"instrument",
"Violin"
],
[
"Magnet_Man",
"genre",
"Hip_hop_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Hip_hop_music"
],
[
"Miguel_Atwood-Ferguson",
"instrument",
"Violin"
],
[
"Miles_Mosley",
"genre",
"Hip_hop_music"
],
[
"Miles_Mosley",
"instrument",
"Violin"
],
[
"Mio_in_the_Land_of_Faraway",
"country",
"Soviet_Union"
],
[
"Mio_in_the_Land_of_Faraway",
"language",
"English_language"
],
[
"Miri_Yusif",
"birthPlace",
"Soviet_Union"
],
[
"Miri_Yusif",
"genre",
"Hip_hop_music"
],
[
"On_Our_Own_(1994_TV_series)",
"language",
"English_language"
],
[
"William_Weiner",
"birthPlace",
"Soviet_Union"
],
[
"William_Weiner",
"occupation",
"Violin"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
24717, Broken_Head_(album)
19399, Clarinet
5306, Dezperadoz
26961, Favored_Nations
26979, Frank_Gambale
29193, Gmina_Będzino
19631, Heavy_metal_music
20594, Kansas_City_jazz
18528, Poland
22144, Richard_Henshall
17232, Tony_MacAlpine
src, edge_attr, dst
24717, genre, 19631
24717, recordedIn, 18528
5306, genre, 19631
26979, recordLabel, 26961
29193, country, 18528
20594, instrument, 19399
22144, genre, 19631
22144, instrument, 19399
17232, genre, 19631
17232, recordLabel, 26961
Question: In what context are Dezperadoz, Frank_Gambale, Gmina_Będzino, and Kansas_City_jazz connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Dezperadoz",
"Frank_Gambale",
"Gmina_Będzino",
"Kansas_City_jazz"
],
"valid_edges": [
[
"Broken_Head_(album)",
"genre",
"Heavy_metal_music"
],
[
"Broken_Head_(album)",
"recordedIn",
"Poland"
],
[
"Dezperadoz",
"genre",
"Heavy_metal_music"
],
[
"Frank_Gambale",
"recordLabel",
"Favored_Nations"
],
[
"Gmina_Będzino",
"country",
"Poland"
],
[
"Kansas_City_jazz",
"instrument",
"Clarinet"
],
[
"Richard_Henshall",
"genre",
"Heavy_metal_music"
],
[
"Richard_Henshall",
"instrument",
"Clarinet"
],
[
"Tony_MacAlpine",
"genre",
"Heavy_metal_music"
],
[
"Tony_MacAlpine",
"recordLabel",
"Favored_Nations"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
104, Christos_Melissis
8417, Naoussa_F.C.
6322, Serge_Honi
27835, Tony_Hatzis
src, edge_attr, dst
104, team, 8417
6322, team, 8417
27835, team, 8417
Question: How are Christos_Melissis, Naoussa_F.C., Serge_Honi, and Tony_Hatzis related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Christos_Melissis",
"Naoussa_F.C.",
"Serge_Honi",
"Tony_Hatzis"
],
"valid_edges": [
[
"Christos_Melissis",
"team",
"Naoussa_F.C."
],
[
"Serge_Honi",
"team",
"Naoussa_F.C."
],
[
"Tony_Hatzis",
"team",
"Naoussa_F.C."
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
13937, Andy_Anderson_(drummer)
29348, Bella_Union
18582, Blak_Prophetz
153, Blow_Your_Headphones
1884, Celia_Imrie
22017, Chad_Szeliga
4078, Chicago:_Music_from_the_Miramax_Motion_Picture
5141, Chris_Paxton
27076, Crash!_Boom!_Bang!
30078, Curumin
670, Dani_Stevenson
2684, David_Blamires
26996, Delicious_Vinyl
18476, Doctor_Steel
270, Embrace_the_Chaos
14759, Even_Steven_Levee
3970, Fabrizio_Sotti
1101, Free_at_Last_(Freeway_album)
11586, Giant_Step
18088, Guildford
24868, Hip_hop_music
23014, Ill_Flava_Records
6080, James_Johnston_(English_musician)
2035, Jay_Sean
4793, Jazz
25171, Jean-Michel_Soupraya
14176, K-pop
5760, Kayper
1061, Kyla-Rose_Smith
23478, Lil_Pappie
6158, London
26984, Luis_Resto_(musician)
25516, MC_900_Ft._Jesus
11024, Miguel_Atwood-Ferguson
10084, Miles_Mosley
28114, Mocky
11819, Music_for_Large_&_Small_Ensembles
17081, Neo_soul
12669, Nu_Troop
28375, Ola_Kvernberg
11665, Paul_Rutherford_(trombone_player)
18601, Pekka_Sarmanto
13783, Phronesis_(band)
22967, Rowdy_Superstar
16566, Sachin–Jigar
24651, Space_Cowboy_(musician)
1395, Su-Elise_Nash
28667, Tal_Henry
15200, The_Alan_Bown_Set
9131, The_Five_Faces_of_Manfred_Mann
1258, The_PSM
29068, The_Portland_Cello_Project
20403, The_Worlds_Freshest_(Dj.Fresh)
29529, Thirsty_Ear_Recordings
26044, Thomas_J._Bergersen
11881, Tiana_Xiao
769, Tinie_Tempah
16049, Ty_(rapper)
2287, Umbrella_(Shota_Shimizu_album)
25205, Violin
18530, Wes_Felton
13364, Wesley_Geer
19912, Willard_Hill
9635, William_Weiner
src, edge_attr, dst
13937, genre, 4793
13937, hometown, 6158
29348, genre, 24868
29348, location, 6158
18582, genre, 24868
18582, genre, 4793
153, genre, 24868
153, genre, 4793
1884, birthPlace, 18088
22017, genre, 24868
22017, genre, 4793
4078, genre, 24868
4078, genre, 4793
5141, genre, 24868
5141, genre, 4793
27076, genre, 4793
27076, recordedIn, 6158
30078, genre, 24868
30078, genre, 4793
670, genre, 24868
670, genre, 4793
2684, genre, 4793
2684, instrument, 25205
26996, genre, 24868
26996, genre, 4793
18476, genre, 24868
18476, genre, 4793
270, genre, 24868
270, genre, 4793
14759, genre, 24868
14759, genre, 4793
3970, genre, 24868
3970, genre, 4793
1101, genre, 24868
11586, genre, 24868
11586, genre, 4793
24868, derivative, 17081
24868, musicFusionGenre, 17081
24868, stylisticOrigin, 4793
23014, genre, 24868
23014, location, 6158
6080, birthPlace, 18088
6080, instrument, 25205
2035, birthPlace, 6158
2035, genre, 24868
4793, derivative, 24868
4793, musicFusionGenre, 17081
25171, genre, 24868
25171, genre, 4793
14176, stylisticOrigin, 24868
14176, stylisticOrigin, 4793
5760, birthPlace, 6158
5760, genre, 24868
1061, genre, 24868
1061, instrument, 25205
23478, genre, 24868
23478, hometown, 6158
26984, genre, 24868
26984, genre, 4793
26984, instrument, 25205
25516, genre, 24868
25516, genre, 4793
11024, genre, 24868
11024, genre, 4793
11024, instrument, 25205
10084, genre, 24868
10084, genre, 4793
10084, instrument, 25205
28114, genre, 24868
28114, genre, 4793
11819, genre, 4793
11819, recordedIn, 6158
17081, stylisticOrigin, 24868
17081, stylisticOrigin, 4793
12669, genre, 4793
12669, hometown, 6158
28375, genre, 4793
28375, instrument, 25205
11665, genre, 4793
11665, hometown, 6158
18601, genre, 4793
18601, occupation, 25205
13783, genre, 4793
13783, hometown, 6158
22967, genre, 24868
22967, hometown, 6158
16566, genre, 24868
16566, genre, 4793
24651, genre, 24868
24651, hometown, 6158
1395, genre, 24868
1395, hometown, 6158
28667, genre, 4793
28667, instrument, 25205
15200, genre, 4793
15200, hometown, 6158
9131, genre, 4793
9131, recordedIn, 6158
1258, genre, 24868
1258, hometown, 6158
29068, genre, 24868
29068, genre, 4793
20403, genre, 24868
20403, genre, 4793
29529, genre, 24868
29529, genre, 4793
26044, instrument, 25205
11881, genre, 24868
11881, instrument, 25205
769, birthPlace, 6158
769, genre, 24868
16049, birthPlace, 6158
16049, genre, 24868
2287, genre, 24868
2287, genre, 4793
18530, genre, 24868
18530, genre, 4793
13364, genre, 24868
13364, genre, 4793
19912, genre, 24868
19912, genre, 4793
9635, genre, 4793
9635, occupation, 25205
Question: For what reason are Celia_Imrie, Crash!_Boom!_Bang!, Free_at_Last_(Freeway_album), and Thomas_J._Bergersen associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Celia_Imrie",
"Crash!_Boom!_Bang!",
"Free_at_Last_(Freeway_album)",
"Thomas_J._Bergersen"
],
"valid_edges": [
[
"Andy_Anderson_(drummer)",
"genre",
"Jazz"
],
[
"Andy_Anderson_(drummer)",
"hometown",
"London"
],
[
"Bella_Union",
"genre",
"Hip_hop_music"
],
[
"Bella_Union",
"location",
"London"
],
[
"Blak_Prophetz",
"genre",
"Hip_hop_music"
],
[
"Blak_Prophetz",
"genre",
"Jazz"
],
[
"Blow_Your_Headphones",
"genre",
"Hip_hop_music"
],
[
"Blow_Your_Headphones",
"genre",
"Jazz"
],
[
"Celia_Imrie",
"birthPlace",
"Guildford"
],
[
"Chad_Szeliga",
"genre",
"Hip_hop_music"
],
[
"Chad_Szeliga",
"genre",
"Jazz"
],
[
"Chicago:_Music_from_the_Miramax_Motion_Picture",
"genre",
"Hip_hop_music"
],
[
"Chicago:_Music_from_the_Miramax_Motion_Picture",
"genre",
"Jazz"
],
[
"Chris_Paxton",
"genre",
"Hip_hop_music"
],
[
"Chris_Paxton",
"genre",
"Jazz"
],
[
"Crash!_Boom!_Bang!",
"genre",
"Jazz"
],
[
"Crash!_Boom!_Bang!",
"recordedIn",
"London"
],
[
"Curumin",
"genre",
"Hip_hop_music"
],
[
"Curumin",
"genre",
"Jazz"
],
[
"Dani_Stevenson",
"genre",
"Hip_hop_music"
],
[
"Dani_Stevenson",
"genre",
"Jazz"
],
[
"David_Blamires",
"genre",
"Jazz"
],
[
"David_Blamires",
"instrument",
"Violin"
],
[
"Delicious_Vinyl",
"genre",
"Hip_hop_music"
],
[
"Delicious_Vinyl",
"genre",
"Jazz"
],
[
"Doctor_Steel",
"genre",
"Hip_hop_music"
],
[
"Doctor_Steel",
"genre",
"Jazz"
],
[
"Embrace_the_Chaos",
"genre",
"Hip_hop_music"
],
[
"Embrace_the_Chaos",
"genre",
"Jazz"
],
[
"Even_Steven_Levee",
"genre",
"Hip_hop_music"
],
[
"Even_Steven_Levee",
"genre",
"Jazz"
],
[
"Fabrizio_Sotti",
"genre",
"Hip_hop_music"
],
[
"Fabrizio_Sotti",
"genre",
"Jazz"
],
[
"Free_at_Last_(Freeway_album)",
"genre",
"Hip_hop_music"
],
[
"Giant_Step",
"genre",
"Hip_hop_music"
],
[
"Giant_Step",
"genre",
"Jazz"
],
[
"Hip_hop_music",
"derivative",
"Neo_soul"
],
[
"Hip_hop_music",
"musicFusionGenre",
"Neo_soul"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Ill_Flava_Records",
"genre",
"Hip_hop_music"
],
[
"Ill_Flava_Records",
"location",
"London"
],
[
"James_Johnston_(English_musician)",
"birthPlace",
"Guildford"
],
[
"James_Johnston_(English_musician)",
"instrument",
"Violin"
],
[
"Jay_Sean",
"birthPlace",
"London"
],
[
"Jay_Sean",
"genre",
"Hip_hop_music"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Jazz",
"musicFusionGenre",
"Neo_soul"
],
[
"Jean-Michel_Soupraya",
"genre",
"Hip_hop_music"
],
[
"Jean-Michel_Soupraya",
"genre",
"Jazz"
],
[
"K-pop",
"stylisticOrigin",
"Hip_hop_music"
],
[
"K-pop",
"stylisticOrigin",
"Jazz"
],
[
"Kayper",
"birthPlace",
"London"
],
[
"Kayper",
"genre",
"Hip_hop_music"
],
[
"Kyla-Rose_Smith",
"genre",
"Hip_hop_music"
],
[
"Kyla-Rose_Smith",
"instrument",
"Violin"
],
[
"Lil_Pappie",
"genre",
"Hip_hop_music"
],
[
"Lil_Pappie",
"hometown",
"London"
],
[
"Luis_Resto_(musician)",
"genre",
"Hip_hop_music"
],
[
"Luis_Resto_(musician)",
"genre",
"Jazz"
],
[
"Luis_Resto_(musician)",
"instrument",
"Violin"
],
[
"MC_900_Ft._Jesus",
"genre",
"Hip_hop_music"
],
[
"MC_900_Ft._Jesus",
"genre",
"Jazz"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Hip_hop_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Jazz"
],
[
"Miguel_Atwood-Ferguson",
"instrument",
"Violin"
],
[
"Miles_Mosley",
"genre",
"Hip_hop_music"
],
[
"Miles_Mosley",
"genre",
"Jazz"
],
[
"Miles_Mosley",
"instrument",
"Violin"
],
[
"Mocky",
"genre",
"Hip_hop_music"
],
[
"Mocky",
"genre",
"Jazz"
],
[
"Music_for_Large_&_Small_Ensembles",
"genre",
"Jazz"
],
[
"Music_for_Large_&_Small_Ensembles",
"recordedIn",
"London"
],
[
"Neo_soul",
"stylisticOrigin",
"Hip_hop_music"
],
[
"Neo_soul",
"stylisticOrigin",
"Jazz"
],
[
"Nu_Troop",
"genre",
"Jazz"
],
[
"Nu_Troop",
"hometown",
"London"
],
[
"Ola_Kvernberg",
"genre",
"Jazz"
],
[
"Ola_Kvernberg",
"instrument",
"Violin"
],
[
"Paul_Rutherford_(trombone_player)",
"genre",
"Jazz"
],
[
"Paul_Rutherford_(trombone_player)",
"hometown",
"London"
],
[
"Pekka_Sarmanto",
"genre",
"Jazz"
],
[
"Pekka_Sarmanto",
"occupation",
"Violin"
],
[
"Phronesis_(band)",
"genre",
"Jazz"
],
[
"Phronesis_(band)",
"hometown",
"London"
],
[
"Rowdy_Superstar",
"genre",
"Hip_hop_music"
],
[
"Rowdy_Superstar",
"hometown",
"London"
],
[
"Sachin–Jigar",
"genre",
"Hip_hop_music"
],
[
"Sachin–Jigar",
"genre",
"Jazz"
],
[
"Space_Cowboy_(musician)",
"genre",
"Hip_hop_music"
],
[
"Space_Cowboy_(musician)",
"hometown",
"London"
],
[
"Su-Elise_Nash",
"genre",
"Hip_hop_music"
],
[
"Su-Elise_Nash",
"hometown",
"London"
],
[
"Tal_Henry",
"genre",
"Jazz"
],
[
"Tal_Henry",
"instrument",
"Violin"
],
[
"The_Alan_Bown_Set",
"genre",
"Jazz"
],
[
"The_Alan_Bown_Set",
"hometown",
"London"
],
[
"The_Five_Faces_of_Manfred_Mann",
"genre",
"Jazz"
],
[
"The_Five_Faces_of_Manfred_Mann",
"recordedIn",
"London"
],
[
"The_PSM",
"genre",
"Hip_hop_music"
],
[
"The_PSM",
"hometown",
"London"
],
[
"The_Portland_Cello_Project",
"genre",
"Hip_hop_music"
],
[
"The_Portland_Cello_Project",
"genre",
"Jazz"
],
[
"The_Worlds_Freshest_(Dj.Fresh)",
"genre",
"Hip_hop_music"
],
[
"The_Worlds_Freshest_(Dj.Fresh)",
"genre",
"Jazz"
],
[
"Thirsty_Ear_Recordings",
"genre",
"Hip_hop_music"
],
[
"Thirsty_Ear_Recordings",
"genre",
"Jazz"
],
[
"Thomas_J._Bergersen",
"instrument",
"Violin"
],
[
"Tiana_Xiao",
"genre",
"Hip_hop_music"
],
[
"Tiana_Xiao",
"instrument",
"Violin"
],
[
"Tinie_Tempah",
"birthPlace",
"London"
],
[
"Tinie_Tempah",
"genre",
"Hip_hop_music"
],
[
"Ty_(rapper)",
"birthPlace",
"London"
],
[
"Ty_(rapper)",
"genre",
"Hip_hop_music"
],
[
"Umbrella_(Shota_Shimizu_album)",
"genre",
"Hip_hop_music"
],
[
"Umbrella_(Shota_Shimizu_album)",
"genre",
"Jazz"
],
[
"Wes_Felton",
"genre",
"Hip_hop_music"
],
[
"Wes_Felton",
"genre",
"Jazz"
],
[
"Wesley_Geer",
"genre",
"Hip_hop_music"
],
[
"Wesley_Geer",
"genre",
"Jazz"
],
[
"Willard_Hill",
"genre",
"Hip_hop_music"
],
[
"Willard_Hill",
"genre",
"Jazz"
],
[
"William_Weiner",
"genre",
"Jazz"
],
[
"William_Weiner",
"occupation",
"Violin"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
18790, 2-4_Family
29079, Cage_(rapper)
15509, DJ_Toomp
6831, Germany
24868, Hip_hop_music
11238, Leipzig_Homicide
19067, Mesk_Records
6273, Miri_Yusif
18761, Nikolai_Korotkov
10266, Otto_Heinrich_Warburg
14209, Peter_Walter
14643, Rockefeller_University
14959, Soviet_Union
8081, Tab_Two
src, edge_attr, dst
18790, genre, 24868
18790, hometown, 6831
29079, birthPlace, 6831
29079, genre, 24868
15509, genre, 24868
11238, country, 6831
19067, country, 6831
19067, genre, 24868
19067, location, 6831
6273, birthPlace, 14959
6273, genre, 24868
18761, deathPlace, 14959
10266, nationality, 6831
14209, almaMater, 14643
14209, award, 10266
8081, genre, 24868
8081, hometown, 6831
Question: For what reason are DJ_Toomp, Leipzig_Homicide, Nikolai_Korotkov, and Rockefeller_University associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"DJ_Toomp",
"Leipzig_Homicide",
"Nikolai_Korotkov",
"Rockefeller_University"
],
"valid_edges": [
[
"2-4_Family",
"genre",
"Hip_hop_music"
],
[
"2-4_Family",
"hometown",
"Germany"
],
[
"Cage_(rapper)",
"birthPlace",
"Germany"
],
[
"Cage_(rapper)",
"genre",
"Hip_hop_music"
],
[
"DJ_Toomp",
"genre",
"Hip_hop_music"
],
[
"Leipzig_Homicide",
"country",
"Germany"
],
[
"Mesk_Records",
"country",
"Germany"
],
[
"Mesk_Records",
"genre",
"Hip_hop_music"
],
[
"Mesk_Records",
"location",
"Germany"
],
[
"Miri_Yusif",
"birthPlace",
"Soviet_Union"
],
[
"Miri_Yusif",
"genre",
"Hip_hop_music"
],
[
"Nikolai_Korotkov",
"deathPlace",
"Soviet_Union"
],
[
"Otto_Heinrich_Warburg",
"nationality",
"Germany"
],
[
"Peter_Walter",
"almaMater",
"Rockefeller_University"
],
[
"Peter_Walter",
"award",
"Otto_Heinrich_Warburg"
],
[
"Tab_Two",
"genre",
"Hip_hop_music"
],
[
"Tab_Two",
"hometown",
"Germany"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
28163, 20_(Twenty)
4702, Active_Worlds
27940, Air_City
4591, All_About_Eve_(Philippine_TV_series)
16101, CK5
6527, Circus_(Chiaki_Kuriyama_album)
17557, Cockleshell_Bay
21327, English_language
20965, Five_Senses_of_Eros
12028, Fotki
29835, Fox_Channel_Asia
11644, Gen-X_Cops
19091, Hotspot_Shield
8037, Italki.com
29211, Japanese_language
16029, Japanese_people
9307, Japanizi:_Going,_Going,_Gong!
18650, Mainstage_(software)
4234, PAT_(model_checker)
18905, Panaghoy_sa_Suba
4149, Radwimps_3:_Mujintō_ni_Motte_Ikiwasureta_Ichimai
19314, SMK_Putrajaya_Presint_8_(1)
13319, South_Korea
30384, Symphonic_Buck-Tick_in_Berlin
11384, The_Naked_Maja
20175, Tommy_Ice_Cream_Heaven_Forever
12431, Wedge:_The_Secret_War_between_the_FBI_and_CIA
6173, XAMPP
26196, Zoobles!_(anime)
src, edge_attr, dst
28163, language, 29211
4702, language, 21327
4702, language, 29211
27940, country, 13319
27940, language, 21327
4591, country, 13319
4591, language, 21327
16101, language, 21327
16101, language, 29211
6527, language, 21327
6527, language, 29211
17557, language, 21327
20965, country, 13319
12028, language, 21327
12028, language, 29211
29835, broadcastArea, 13319
29835, language, 21327
11644, language, 21327
11644, language, 29211
19091, language, 21327
19091, language, 29211
8037, language, 21327
8037, language, 29211
16029, language, 21327
16029, language, 29211
9307, channel, 21327
9307, language, 21327
9307, language, 29211
18650, language, 21327
18650, language, 29211
4234, language, 21327
4234, language, 29211
18905, language, 21327
18905, language, 29211
4149, language, 21327
4149, language, 29211
19314, language, 21327
19314, language, 29211
30384, language, 21327
30384, language, 29211
11384, language, 21327
20175, language, 21327
20175, language, 29211
12431, language, 21327
12431, language, 29211
6173, language, 21327
6173, language, 29211
26196, country, 13319
26196, language, 21327
26196, language, 29211
Question: How are 20_(Twenty), Cockleshell_Bay, Five_Senses_of_Eros, and The_Naked_Maja related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"20_(Twenty)",
"Cockleshell_Bay",
"Five_Senses_of_Eros",
"The_Naked_Maja"
],
"valid_edges": [
[
"20_(Twenty)",
"language",
"Japanese_language"
],
[
"Active_Worlds",
"language",
"English_language"
],
[
"Active_Worlds",
"language",
"Japanese_language"
],
[
"Air_City",
"country",
"South_Korea"
],
[
"Air_City",
"language",
"English_language"
],
[
"All_About_Eve_(Philippine_TV_series)",
"country",
"South_Korea"
],
[
"All_About_Eve_(Philippine_TV_series)",
"language",
"English_language"
],
[
"CK5",
"language",
"English_language"
],
[
"CK5",
"language",
"Japanese_language"
],
[
"Circus_(Chiaki_Kuriyama_album)",
"language",
"English_language"
],
[
"Circus_(Chiaki_Kuriyama_album)",
"language",
"Japanese_language"
],
[
"Cockleshell_Bay",
"language",
"English_language"
],
[
"Five_Senses_of_Eros",
"country",
"South_Korea"
],
[
"Fotki",
"language",
"English_language"
],
[
"Fotki",
"language",
"Japanese_language"
],
[
"Fox_Channel_Asia",
"broadcastArea",
"South_Korea"
],
[
"Fox_Channel_Asia",
"language",
"English_language"
],
[
"Gen-X_Cops",
"language",
"English_language"
],
[
"Gen-X_Cops",
"language",
"Japanese_language"
],
[
"Hotspot_Shield",
"language",
"English_language"
],
[
"Hotspot_Shield",
"language",
"Japanese_language"
],
[
"Italki.com",
"language",
"English_language"
],
[
"Italki.com",
"language",
"Japanese_language"
],
[
"Japanese_people",
"language",
"English_language"
],
[
"Japanese_people",
"language",
"Japanese_language"
],
[
"Japanizi:_Going,_Going,_Gong!",
"channel",
"English_language"
],
[
"Japanizi:_Going,_Going,_Gong!",
"language",
"English_language"
],
[
"Japanizi:_Going,_Going,_Gong!",
"language",
"Japanese_language"
],
[
"Mainstage_(software)",
"language",
"English_language"
],
[
"Mainstage_(software)",
"language",
"Japanese_language"
],
[
"PAT_(model_checker)",
"language",
"English_language"
],
[
"PAT_(model_checker)",
"language",
"Japanese_language"
],
[
"Panaghoy_sa_Suba",
"language",
"English_language"
],
[
"Panaghoy_sa_Suba",
"language",
"Japanese_language"
],
[
"Radwimps_3:_Mujintō_ni_Motte_Ikiwasureta_Ichimai",
"language",
"English_language"
],
[
"Radwimps_3:_Mujintō_ni_Motte_Ikiwasureta_Ichimai",
"language",
"Japanese_language"
],
[
"SMK_Putrajaya_Presint_8_(1)",
"language",
"English_language"
],
[
"SMK_Putrajaya_Presint_8_(1)",
"language",
"Japanese_language"
],
[
"Symphonic_Buck-Tick_in_Berlin",
"language",
"English_language"
],
[
"Symphonic_Buck-Tick_in_Berlin",
"language",
"Japanese_language"
],
[
"The_Naked_Maja",
"language",
"English_language"
],
[
"Tommy_Ice_Cream_Heaven_Forever",
"language",
"English_language"
],
[
"Tommy_Ice_Cream_Heaven_Forever",
"language",
"Japanese_language"
],
[
"Wedge:_The_Secret_War_between_the_FBI_and_CIA",
"language",
"English_language"
],
[
"Wedge:_The_Secret_War_between_the_FBI_and_CIA",
"language",
"Japanese_language"
],
[
"XAMPP",
"language",
"English_language"
],
[
"XAMPP",
"language",
"Japanese_language"
],
[
"Zoobles!_(anime)",
"country",
"South_Korea"
],
[
"Zoobles!_(anime)",
"language",
"English_language"
],
[
"Zoobles!_(anime)",
"language",
"Japanese_language"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
17505, Adesmia
8449, Aiphanes_leiostachys
4092, Cistaceae
6785, Flowering_plant
21085, Manchineel
src, edge_attr, dst
17505, division, 6785
8449, division, 6785
4092, division, 6785
21085, division, 6785
Question: In what context are Adesmia, Aiphanes_leiostachys, Cistaceae, and Manchineel connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Adesmia",
"Aiphanes_leiostachys",
"Cistaceae",
"Manchineel"
],
"valid_edges": [
[
"Adesmia",
"division",
"Flowering_plant"
],
[
"Aiphanes_leiostachys",
"division",
"Flowering_plant"
],
[
"Cistaceae",
"division",
"Flowering_plant"
],
[
"Manchineel",
"division",
"Flowering_plant"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
17176, Acoustic_guitar
25008, Clayman
10368, DaVinChe
3141, Drum_kit
26313, Folk_music
14848, Fredrik_Nordström
19631, Heavy_metal_music
24868, Hip_hop_music
16243, Holy_War_(Dragonland_album)
7593, Indie_folk
4793, Jazz
9108, Man_on_the_Moon:_The_End_of_Day
28363, New_Mexico_music
1678, Reroute_to_Remain
15716, Roots_rock
15034, Saki_Kaskas
14725, The_Seed_(2.0)
769, Tinie_Tempah
src, edge_attr, dst
25008, producer, 14848
25008, subsequentWork, 1678
10368, associatedBand, 769
10368, associatedMusicalArtist, 769
10368, instrument, 17176
14848, genre, 19631
24868, stylisticOrigin, 4793
16243, producer, 14848
7593, instrument, 17176
7593, instrument, 3141
7593, stylisticOrigin, 26313
4793, derivative, 24868
9108, genre, 24868
28363, instrument, 17176
28363, instrument, 3141
28363, stylisticOrigin, 4793
1678, previousWork, 25008
15716, instrument, 17176
15716, stylisticOrigin, 26313
15034, genre, 26313
15034, genre, 19631
15034, genre, 4793
15034, instrument, 17176
15034, instrument, 3141
14725, genre, 24868
14725, genre, 15716
769, genre, 24868
Question: In what context are Acoustic_guitar, Holy_War_(Dragonland_album), Man_on_the_Moon:_The_End_of_Day, and Reroute_to_Remain connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Acoustic_guitar",
"Holy_War_(Dragonland_album)",
"Man_on_the_Moon:_The_End_of_Day",
"Reroute_to_Remain"
],
"valid_edges": [
[
"Clayman",
"producer",
"Fredrik_Nordström"
],
[
"Clayman",
"subsequentWork",
"Reroute_to_Remain"
],
[
"DaVinChe",
"associatedBand",
"Tinie_Tempah"
],
[
"DaVinChe",
"associatedMusicalArtist",
"Tinie_Tempah"
],
[
"DaVinChe",
"instrument",
"Acoustic_guitar"
],
[
"Fredrik_Nordström",
"genre",
"Heavy_metal_music"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Holy_War_(Dragonland_album)",
"producer",
"Fredrik_Nordström"
],
[
"Indie_folk",
"instrument",
"Acoustic_guitar"
],
[
"Indie_folk",
"instrument",
"Drum_kit"
],
[
"Indie_folk",
"stylisticOrigin",
"Folk_music"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Man_on_the_Moon:_The_End_of_Day",
"genre",
"Hip_hop_music"
],
[
"New_Mexico_music",
"instrument",
"Acoustic_guitar"
],
[
"New_Mexico_music",
"instrument",
"Drum_kit"
],
[
"New_Mexico_music",
"stylisticOrigin",
"Jazz"
],
[
"Reroute_to_Remain",
"previousWork",
"Clayman"
],
[
"Roots_rock",
"instrument",
"Acoustic_guitar"
],
[
"Roots_rock",
"stylisticOrigin",
"Folk_music"
],
[
"Saki_Kaskas",
"genre",
"Folk_music"
],
[
"Saki_Kaskas",
"genre",
"Heavy_metal_music"
],
[
"Saki_Kaskas",
"genre",
"Jazz"
],
[
"Saki_Kaskas",
"instrument",
"Acoustic_guitar"
],
[
"Saki_Kaskas",
"instrument",
"Drum_kit"
],
[
"The_Seed_(2.0)",
"genre",
"Hip_hop_music"
],
[
"The_Seed_(2.0)",
"genre",
"Roots_rock"
],
[
"Tinie_Tempah",
"genre",
"Hip_hop_music"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
20976, Albany_Panthers
5405, All_Sons_&_Daughters
28864, Chloe_Smith_(musician)
23051, Close_(to_the_Edit)
26378, Dan_Black
26313, Folk_music
27724, Georgia_(U.S._state)
3343, Synthpop
15584, The_Outsyders
src, edge_attr, dst
20976, city, 27724
5405, genre, 26313
28864, birthPlace, 27724
28864, genre, 26313
23051, genre, 3343
26378, genre, 3343
15584, genre, 3343
15584, hometown, 27724
Question: For what reason are Albany_Panthers, All_Sons_&_Daughters, Close_(to_the_Edit), and Dan_Black associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Albany_Panthers",
"All_Sons_&_Daughters",
"Close_(to_the_Edit)",
"Dan_Black"
],
"valid_edges": [
[
"Albany_Panthers",
"city",
"Georgia_(U.S._state)"
],
[
"All_Sons_&_Daughters",
"genre",
"Folk_music"
],
[
"Chloe_Smith_(musician)",
"birthPlace",
"Georgia_(U.S._state)"
],
[
"Chloe_Smith_(musician)",
"genre",
"Folk_music"
],
[
"Close_(to_the_Edit)",
"genre",
"Synthpop"
],
[
"Dan_Black",
"genre",
"Synthpop"
],
[
"The_Outsyders",
"genre",
"Synthpop"
],
[
"The_Outsyders",
"hometown",
"Georgia_(U.S._state)"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
20713, Chorny_Kofe
12116, Connor_Byers
3141, Drum_kit
6275, Fozzy
27724, Georgia_(U.S._state)
19631, Heavy_metal_music
8601, Iron_Steel
27062, Jeralean_Talley
2314, Joey_Newman
4241, MonstrO_(band)
27876, Pigwalk
23937, Sergey_Mavrin
14959, Soviet_Union
11517, Tommy_Henriksen
24673, Valeri_Karpin
src, edge_attr, dst
20713, genre, 19631
20713, hometown, 14959
12116, hometown, 27724
12116, instrument, 3141
6275, genre, 19631
6275, hometown, 27724
19631, instrument, 3141
8601, genre, 19631
8601, hometown, 27724
27062, birthPlace, 27724
2314, instrument, 3141
4241, genre, 19631
4241, hometown, 27724
27876, genre, 19631
27876, recordedIn, 27724
23937, birthPlace, 14959
23937, genre, 19631
11517, genre, 19631
24673, birthPlace, 14959
Question: How are Jeralean_Talley, Joey_Newman, Tommy_Henriksen, and Valeri_Karpin related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Jeralean_Talley",
"Joey_Newman",
"Tommy_Henriksen",
"Valeri_Karpin"
],
"valid_edges": [
[
"Chorny_Kofe",
"genre",
"Heavy_metal_music"
],
[
"Chorny_Kofe",
"hometown",
"Soviet_Union"
],
[
"Connor_Byers",
"hometown",
"Georgia_(U.S._state)"
],
[
"Connor_Byers",
"instrument",
"Drum_kit"
],
[
"Fozzy",
"genre",
"Heavy_metal_music"
],
[
"Fozzy",
"hometown",
"Georgia_(U.S._state)"
],
[
"Heavy_metal_music",
"instrument",
"Drum_kit"
],
[
"Iron_Steel",
"genre",
"Heavy_metal_music"
],
[
"Iron_Steel",
"hometown",
"Georgia_(U.S._state)"
],
[
"Jeralean_Talley",
"birthPlace",
"Georgia_(U.S._state)"
],
[
"Joey_Newman",
"instrument",
"Drum_kit"
],
[
"MonstrO_(band)",
"genre",
"Heavy_metal_music"
],
[
"MonstrO_(band)",
"hometown",
"Georgia_(U.S._state)"
],
[
"Pigwalk",
"genre",
"Heavy_metal_music"
],
[
"Pigwalk",
"recordedIn",
"Georgia_(U.S._state)"
],
[
"Sergey_Mavrin",
"birthPlace",
"Soviet_Union"
],
[
"Sergey_Mavrin",
"genre",
"Heavy_metal_music"
],
[
"Tommy_Henriksen",
"genre",
"Heavy_metal_music"
],
[
"Valeri_Karpin",
"birthPlace",
"Soviet_Union"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
28301, Engelmannia_pinnatifida
6785, Flowering_plant
12748, Miltonia_spectabilis
27890, Odontoglossum_tenue
src, edge_attr, dst
28301, division, 6785
12748, division, 6785
27890, division, 6785
Question: How are Engelmannia_pinnatifida, Flowering_plant, Miltonia_spectabilis, and Odontoglossum_tenue related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Engelmannia_pinnatifida",
"Flowering_plant",
"Miltonia_spectabilis",
"Odontoglossum_tenue"
],
"valid_edges": [
[
"Engelmannia_pinnatifida",
"division",
"Flowering_plant"
],
[
"Miltonia_spectabilis",
"division",
"Flowering_plant"
],
[
"Odontoglossum_tenue",
"division",
"Flowering_plant"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
22187, AOMG
7717, AlphaBat
14666, Andy_Lee_(South_Korean_singer)
24784, Big_Moves
336, Block_B
19451, DEAN
24868, Hip_hop_music
20910, Jung_Dae-hyun
8200, Lee_Jae-jin_(musician,_born_1979)
14149, Love_and_Theft_(Bob_Dylan_album)
4061, Masquerade_(Wyclef_Jean_album)
11921, Masta_Wu
21113, POSCO
15716, Roots_rock
27225, Seven_(Korean_singer)
13319, South_Korea
14725, The_Seed_(2.0)
29829, Yoo_Seung-jun
25114, Yoon_Doo-joon
src, edge_attr, dst
22187, country, 13319
22187, genre, 24868
22187, location, 13319
7717, genre, 24868
7717, hometown, 13319
14666, genre, 24868
14666, hometown, 13319
24784, genre, 24868
336, genre, 24868
336, hometown, 13319
19451, birthPlace, 13319
19451, genre, 24868
19451, hometown, 13319
20910, birthPlace, 13319
20910, genre, 24868
20910, hometown, 13319
8200, genre, 24868
8200, hometown, 13319
14149, genre, 15716
4061, genre, 24868
11921, birthPlace, 13319
11921, genre, 24868
11921, hometown, 13319
21113, location, 13319
27225, genre, 24868
27225, hometown, 13319
14725, genre, 24868
14725, genre, 15716
29829, genre, 24868
29829, hometown, 13319
25114, birthPlace, 13319
25114, genre, 24868
25114, hometown, 13319
Question: For what reason are Big_Moves, Love_and_Theft_(Bob_Dylan_album), Masquerade_(Wyclef_Jean_album), and POSCO associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Big_Moves",
"Love_and_Theft_(Bob_Dylan_album)",
"Masquerade_(Wyclef_Jean_album)",
"POSCO"
],
"valid_edges": [
[
"AOMG",
"country",
"South_Korea"
],
[
"AOMG",
"genre",
"Hip_hop_music"
],
[
"AOMG",
"location",
"South_Korea"
],
[
"AlphaBat",
"genre",
"Hip_hop_music"
],
[
"AlphaBat",
"hometown",
"South_Korea"
],
[
"Andy_Lee_(South_Korean_singer)",
"genre",
"Hip_hop_music"
],
[
"Andy_Lee_(South_Korean_singer)",
"hometown",
"South_Korea"
],
[
"Big_Moves",
"genre",
"Hip_hop_music"
],
[
"Block_B",
"genre",
"Hip_hop_music"
],
[
"Block_B",
"hometown",
"South_Korea"
],
[
"DEAN",
"birthPlace",
"South_Korea"
],
[
"DEAN",
"genre",
"Hip_hop_music"
],
[
"DEAN",
"hometown",
"South_Korea"
],
[
"Jung_Dae-hyun",
"birthPlace",
"South_Korea"
],
[
"Jung_Dae-hyun",
"genre",
"Hip_hop_music"
],
[
"Jung_Dae-hyun",
"hometown",
"South_Korea"
],
[
"Lee_Jae-jin_(musician,_born_1979)",
"genre",
"Hip_hop_music"
],
[
"Lee_Jae-jin_(musician,_born_1979)",
"hometown",
"South_Korea"
],
[
"Love_and_Theft_(Bob_Dylan_album)",
"genre",
"Roots_rock"
],
[
"Masquerade_(Wyclef_Jean_album)",
"genre",
"Hip_hop_music"
],
[
"Masta_Wu",
"birthPlace",
"South_Korea"
],
[
"Masta_Wu",
"genre",
"Hip_hop_music"
],
[
"Masta_Wu",
"hometown",
"South_Korea"
],
[
"POSCO",
"location",
"South_Korea"
],
[
"Seven_(Korean_singer)",
"genre",
"Hip_hop_music"
],
[
"Seven_(Korean_singer)",
"hometown",
"South_Korea"
],
[
"The_Seed_(2.0)",
"genre",
"Hip_hop_music"
],
[
"The_Seed_(2.0)",
"genre",
"Roots_rock"
],
[
"Yoo_Seung-jun",
"genre",
"Hip_hop_music"
],
[
"Yoo_Seung-jun",
"hometown",
"South_Korea"
],
[
"Yoon_Doo-joon",
"birthPlace",
"South_Korea"
],
[
"Yoon_Doo-joon",
"genre",
"Hip_hop_music"
],
[
"Yoon_Doo-joon",
"hometown",
"South_Korea"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
11026, Acacia_(band)
17176, Acoustic_guitar
13937, Andy_Anderson_(drummer)
3041, Angus_MacLise
23428, Aïyb_Dieng
15852, Bosco_Mann
11313, Cindy_Valentine
28912, Dana_Hall_(musician)
27755, Dariusz_Brzozowski
3387, Derek_Roddy
24211, Dirk_Verbeuren
3141, Drum_kit
16906, Edward_Vesala
17314, El_Regreso_del_Sobreviviente
21318, Emil_Nikolaisen
6900, Frank_Agnew
7151, Giannini
2659, Graham_Broad
9516, Herman_Matthews
7593, Indie_folk
4661, James_Dean_Bradfield
27103, Jamey_Haddad
7027, Janove_Ottesen
18975, Jenna_McDougall
2432, Jesse_Sprinkle
1278, Jimi_Goodwin
23055, Joey_Covington
13875, Joey_Fatone
8454, John_Hollenbeck_(musician)
4482, Johnny_Owens
26455, Jonny_Quinn
1440, Kahil_El'Zabar
25685, Kean_Cipriano
15151, Keith_Carlock
15676, Liam_Genockey
27296, Ludwig_Drums
4229, Madlib
4913, Marty_Feier
2951, Mikko_Sirén
19286, Mitch_Mitchell
20139, Morten_Abel
3725, Nabil_Salameh
18562, Neil_Peart
29166, Neil_Sanderson
28363, New_Mexico_music
29244, Nick_Augusto
13732, Nicky_Bomba
495, Noah_Bernardo
6637, Nobunny
18224, Ollie_E._Brown
9111, Percussion_instrument
880, Pete_Lockett
12191, Peter_Erskine
8770, R._B._Korbet
1163, Rachel_Blumberg
29973, Richard_Ploog
20298, Rusty_Day
15034, Saki_Kaskas
16367, Sib_Hashian
21841, Simon_Crowe
21425, Solon_Bixler
11784, Sony_Music_Entertainment
529, Sony_Music_Latin
19003, Stephen_Kozmeniuk
9814, Steve_Asheim
3197, The_Last_Goodnight
13550, Tony_Laureano
25159, Tropipop
8933, Tuomas_Holopainen
7087, ZEM
src, edge_attr, dst
11026, instrument, 3141
11026, instrument, 9111
13937, instrument, 3141
13937, instrument, 9111
3041, instrument, 3141
3041, instrument, 9111
23428, instrument, 3141
23428, instrument, 9111
15852, instrument, 3141
15852, instrument, 9111
11313, recordLabel, 11784
28912, instrument, 3141
28912, instrument, 9111
27755, instrument, 3141
27755, instrument, 9111
3387, instrument, 3141
3387, instrument, 9111
24211, instrument, 3141
24211, instrument, 9111
16906, instrument, 3141
16906, instrument, 9111
17314, recordLabel, 529
21318, instrument, 3141
21318, instrument, 9111
6900, instrument, 3141
6900, instrument, 9111
7151, product, 17176
2659, instrument, 3141
2659, instrument, 9111
9516, instrument, 3141
9516, instrument, 9111
9516, occupation, 9111
7593, instrument, 17176
7593, instrument, 3141
4661, instrument, 3141
4661, instrument, 9111
27103, instrument, 3141
27103, instrument, 9111
7027, instrument, 3141
7027, instrument, 9111
18975, instrument, 17176
18975, instrument, 3141
2432, instrument, 3141
2432, instrument, 9111
1278, instrument, 3141
1278, instrument, 9111
23055, instrument, 3141
23055, occupation, 9111
13875, instrument, 3141
13875, instrument, 9111
8454, instrument, 3141
8454, instrument, 9111
4482, instrument, 3141
4482, instrument, 9111
26455, instrument, 3141
26455, instrument, 9111
1440, instrument, 3141
1440, instrument, 9111
25685, instrument, 3141
25685, recordLabel, 11784
15151, instrument, 3141
15151, instrument, 9111
15676, instrument, 3141
15676, instrument, 9111
27296, product, 3141
27296, product, 9111
4229, instrument, 3141
4229, instrument, 9111
4913, instrument, 3141
4913, instrument, 9111
2951, instrument, 3141
2951, instrument, 9111
19286, instrument, 3141
19286, instrument, 9111
20139, instrument, 3141
20139, instrument, 9111
3725, instrument, 9111
3725, recordLabel, 11784
18562, instrument, 3141
18562, instrument, 9111
29166, instrument, 3141
29166, occupation, 9111
28363, instrument, 17176
28363, instrument, 3141
29244, instrument, 3141
29244, instrument, 9111
13732, instrument, 3141
13732, instrument, 9111
495, instrument, 3141
495, instrument, 9111
6637, instrument, 3141
6637, instrument, 9111
18224, instrument, 3141
18224, instrument, 9111
18224, occupation, 9111
880, instrument, 3141
880, instrument, 9111
12191, instrument, 3141
12191, instrument, 9111
8770, instrument, 3141
8770, instrument, 9111
1163, instrument, 3141
1163, instrument, 9111
29973, instrument, 3141
29973, instrument, 9111
20298, instrument, 3141
20298, instrument, 9111
15034, instrument, 17176
15034, instrument, 3141
16367, instrument, 3141
16367, instrument, 9111
21841, instrument, 3141
21841, instrument, 9111
21425, instrument, 3141
21425, instrument, 9111
529, parentCompany, 11784
19003, instrument, 3141
19003, instrument, 9111
9814, instrument, 3141
9814, instrument, 9111
3197, formerBandMember, 3141
3197, formerBandMember, 9111
13550, instrument, 3141
13550, instrument, 9111
25159, instrument, 17176
25159, instrument, 3141
8933, instrument, 3141
8933, instrument, 9111
7087, bandMember, 3141
7087, bandMember, 9111
Question: For what reason are Cindy_Valentine, El_Regreso_del_Sobreviviente, Giannini, and Joey_Fatone associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Cindy_Valentine",
"El_Regreso_del_Sobreviviente",
"Giannini",
"Joey_Fatone"
],
"valid_edges": [
[
"Acacia_(band)",
"instrument",
"Drum_kit"
],
[
"Acacia_(band)",
"instrument",
"Percussion_instrument"
],
[
"Andy_Anderson_(drummer)",
"instrument",
"Drum_kit"
],
[
"Andy_Anderson_(drummer)",
"instrument",
"Percussion_instrument"
],
[
"Angus_MacLise",
"instrument",
"Drum_kit"
],
[
"Angus_MacLise",
"instrument",
"Percussion_instrument"
],
[
"Aïyb_Dieng",
"instrument",
"Drum_kit"
],
[
"Aïyb_Dieng",
"instrument",
"Percussion_instrument"
],
[
"Bosco_Mann",
"instrument",
"Drum_kit"
],
[
"Bosco_Mann",
"instrument",
"Percussion_instrument"
],
[
"Cindy_Valentine",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Dana_Hall_(musician)",
"instrument",
"Drum_kit"
],
[
"Dana_Hall_(musician)",
"instrument",
"Percussion_instrument"
],
[
"Dariusz_Brzozowski",
"instrument",
"Drum_kit"
],
[
"Dariusz_Brzozowski",
"instrument",
"Percussion_instrument"
],
[
"Derek_Roddy",
"instrument",
"Drum_kit"
],
[
"Derek_Roddy",
"instrument",
"Percussion_instrument"
],
[
"Dirk_Verbeuren",
"instrument",
"Drum_kit"
],
[
"Dirk_Verbeuren",
"instrument",
"Percussion_instrument"
],
[
"Edward_Vesala",
"instrument",
"Drum_kit"
],
[
"Edward_Vesala",
"instrument",
"Percussion_instrument"
],
[
"El_Regreso_del_Sobreviviente",
"recordLabel",
"Sony_Music_Latin"
],
[
"Emil_Nikolaisen",
"instrument",
"Drum_kit"
],
[
"Emil_Nikolaisen",
"instrument",
"Percussion_instrument"
],
[
"Frank_Agnew",
"instrument",
"Drum_kit"
],
[
"Frank_Agnew",
"instrument",
"Percussion_instrument"
],
[
"Giannini",
"product",
"Acoustic_guitar"
],
[
"Graham_Broad",
"instrument",
"Drum_kit"
],
[
"Graham_Broad",
"instrument",
"Percussion_instrument"
],
[
"Herman_Matthews",
"instrument",
"Drum_kit"
],
[
"Herman_Matthews",
"instrument",
"Percussion_instrument"
],
[
"Herman_Matthews",
"occupation",
"Percussion_instrument"
],
[
"Indie_folk",
"instrument",
"Acoustic_guitar"
],
[
"Indie_folk",
"instrument",
"Drum_kit"
],
[
"James_Dean_Bradfield",
"instrument",
"Drum_kit"
],
[
"James_Dean_Bradfield",
"instrument",
"Percussion_instrument"
],
[
"Jamey_Haddad",
"instrument",
"Drum_kit"
],
[
"Jamey_Haddad",
"instrument",
"Percussion_instrument"
],
[
"Janove_Ottesen",
"instrument",
"Drum_kit"
],
[
"Janove_Ottesen",
"instrument",
"Percussion_instrument"
],
[
"Jenna_McDougall",
"instrument",
"Acoustic_guitar"
],
[
"Jenna_McDougall",
"instrument",
"Drum_kit"
],
[
"Jesse_Sprinkle",
"instrument",
"Drum_kit"
],
[
"Jesse_Sprinkle",
"instrument",
"Percussion_instrument"
],
[
"Jimi_Goodwin",
"instrument",
"Drum_kit"
],
[
"Jimi_Goodwin",
"instrument",
"Percussion_instrument"
],
[
"Joey_Covington",
"instrument",
"Drum_kit"
],
[
"Joey_Covington",
"occupation",
"Percussion_instrument"
],
[
"Joey_Fatone",
"instrument",
"Drum_kit"
],
[
"Joey_Fatone",
"instrument",
"Percussion_instrument"
],
[
"John_Hollenbeck_(musician)",
"instrument",
"Drum_kit"
],
[
"John_Hollenbeck_(musician)",
"instrument",
"Percussion_instrument"
],
[
"Johnny_Owens",
"instrument",
"Drum_kit"
],
[
"Johnny_Owens",
"instrument",
"Percussion_instrument"
],
[
"Jonny_Quinn",
"instrument",
"Drum_kit"
],
[
"Jonny_Quinn",
"instrument",
"Percussion_instrument"
],
[
"Kahil_El'Zabar",
"instrument",
"Drum_kit"
],
[
"Kahil_El'Zabar",
"instrument",
"Percussion_instrument"
],
[
"Kean_Cipriano",
"instrument",
"Drum_kit"
],
[
"Kean_Cipriano",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Keith_Carlock",
"instrument",
"Drum_kit"
],
[
"Keith_Carlock",
"instrument",
"Percussion_instrument"
],
[
"Liam_Genockey",
"instrument",
"Drum_kit"
],
[
"Liam_Genockey",
"instrument",
"Percussion_instrument"
],
[
"Ludwig_Drums",
"product",
"Drum_kit"
],
[
"Ludwig_Drums",
"product",
"Percussion_instrument"
],
[
"Madlib",
"instrument",
"Drum_kit"
],
[
"Madlib",
"instrument",
"Percussion_instrument"
],
[
"Marty_Feier",
"instrument",
"Drum_kit"
],
[
"Marty_Feier",
"instrument",
"Percussion_instrument"
],
[
"Mikko_Sirén",
"instrument",
"Drum_kit"
],
[
"Mikko_Sirén",
"instrument",
"Percussion_instrument"
],
[
"Mitch_Mitchell",
"instrument",
"Drum_kit"
],
[
"Mitch_Mitchell",
"instrument",
"Percussion_instrument"
],
[
"Morten_Abel",
"instrument",
"Drum_kit"
],
[
"Morten_Abel",
"instrument",
"Percussion_instrument"
],
[
"Nabil_Salameh",
"instrument",
"Percussion_instrument"
],
[
"Nabil_Salameh",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Neil_Peart",
"instrument",
"Drum_kit"
],
[
"Neil_Peart",
"instrument",
"Percussion_instrument"
],
[
"Neil_Sanderson",
"instrument",
"Drum_kit"
],
[
"Neil_Sanderson",
"occupation",
"Percussion_instrument"
],
[
"New_Mexico_music",
"instrument",
"Acoustic_guitar"
],
[
"New_Mexico_music",
"instrument",
"Drum_kit"
],
[
"Nick_Augusto",
"instrument",
"Drum_kit"
],
[
"Nick_Augusto",
"instrument",
"Percussion_instrument"
],
[
"Nicky_Bomba",
"instrument",
"Drum_kit"
],
[
"Nicky_Bomba",
"instrument",
"Percussion_instrument"
],
[
"Noah_Bernardo",
"instrument",
"Drum_kit"
],
[
"Noah_Bernardo",
"instrument",
"Percussion_instrument"
],
[
"Nobunny",
"instrument",
"Drum_kit"
],
[
"Nobunny",
"instrument",
"Percussion_instrument"
],
[
"Ollie_E._Brown",
"instrument",
"Drum_kit"
],
[
"Ollie_E._Brown",
"instrument",
"Percussion_instrument"
],
[
"Ollie_E._Brown",
"occupation",
"Percussion_instrument"
],
[
"Pete_Lockett",
"instrument",
"Drum_kit"
],
[
"Pete_Lockett",
"instrument",
"Percussion_instrument"
],
[
"Peter_Erskine",
"instrument",
"Drum_kit"
],
[
"Peter_Erskine",
"instrument",
"Percussion_instrument"
],
[
"R._B._Korbet",
"instrument",
"Drum_kit"
],
[
"R._B._Korbet",
"instrument",
"Percussion_instrument"
],
[
"Rachel_Blumberg",
"instrument",
"Drum_kit"
],
[
"Rachel_Blumberg",
"instrument",
"Percussion_instrument"
],
[
"Richard_Ploog",
"instrument",
"Drum_kit"
],
[
"Richard_Ploog",
"instrument",
"Percussion_instrument"
],
[
"Rusty_Day",
"instrument",
"Drum_kit"
],
[
"Rusty_Day",
"instrument",
"Percussion_instrument"
],
[
"Saki_Kaskas",
"instrument",
"Acoustic_guitar"
],
[
"Saki_Kaskas",
"instrument",
"Drum_kit"
],
[
"Sib_Hashian",
"instrument",
"Drum_kit"
],
[
"Sib_Hashian",
"instrument",
"Percussion_instrument"
],
[
"Simon_Crowe",
"instrument",
"Drum_kit"
],
[
"Simon_Crowe",
"instrument",
"Percussion_instrument"
],
[
"Solon_Bixler",
"instrument",
"Drum_kit"
],
[
"Solon_Bixler",
"instrument",
"Percussion_instrument"
],
[
"Sony_Music_Latin",
"parentCompany",
"Sony_Music_Entertainment"
],
[
"Stephen_Kozmeniuk",
"instrument",
"Drum_kit"
],
[
"Stephen_Kozmeniuk",
"instrument",
"Percussion_instrument"
],
[
"Steve_Asheim",
"instrument",
"Drum_kit"
],
[
"Steve_Asheim",
"instrument",
"Percussion_instrument"
],
[
"The_Last_Goodnight",
"formerBandMember",
"Drum_kit"
],
[
"The_Last_Goodnight",
"formerBandMember",
"Percussion_instrument"
],
[
"Tony_Laureano",
"instrument",
"Drum_kit"
],
[
"Tony_Laureano",
"instrument",
"Percussion_instrument"
],
[
"Tropipop",
"instrument",
"Acoustic_guitar"
],
[
"Tropipop",
"instrument",
"Drum_kit"
],
[
"Tuomas_Holopainen",
"instrument",
"Drum_kit"
],
[
"Tuomas_Holopainen",
"instrument",
"Percussion_instrument"
],
[
"ZEM",
"bandMember",
"Drum_kit"
],
[
"ZEM",
"bandMember",
"Percussion_instrument"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
6701, 1_(Beatles_album)
13585, An_Open_Letter_to_NYC
24979, Capitol_Records
23787, Dance_music
28824, Fearless_(Pink_Floyd_song)
22539, Let_'Em_In
6158, London
21529, Ordinary_World
27170, Planet_Earth_(song)
26543, Raffaëla_Paton
13319, South_Korea
28349, The_Pokémon_Company
16828, The_Spies_(film)
29943, Tony_Jay
22236, We_Can't_Go_Wrong
src, edge_attr, dst
6701, recordLabel, 24979
6701, recordedIn, 6158
13585, recordLabel, 24979
28824, recordLabel, 24979
28824, recordedIn, 6158
22539, recordLabel, 24979
22539, recordedIn, 6158
21529, recordLabel, 24979
21529, recordedIn, 6158
27170, recordLabel, 24979
27170, recordedIn, 6158
26543, genre, 23787
28349, location, 6158
28349, location, 13319
16828, country, 13319
29943, birthPlace, 6158
22236, genre, 23787
22236, recordLabel, 24979
Question: For what reason are An_Open_Letter_to_NYC, Raffaëla_Paton, The_Spies_(film), and Tony_Jay associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"An_Open_Letter_to_NYC",
"Raffaëla_Paton",
"The_Spies_(film)",
"Tony_Jay"
],
"valid_edges": [
[
"1_(Beatles_album)",
"recordLabel",
"Capitol_Records"
],
[
"1_(Beatles_album)",
"recordedIn",
"London"
],
[
"An_Open_Letter_to_NYC",
"recordLabel",
"Capitol_Records"
],
[
"Fearless_(Pink_Floyd_song)",
"recordLabel",
"Capitol_Records"
],
[
"Fearless_(Pink_Floyd_song)",
"recordedIn",
"London"
],
[
"Let_'Em_In",
"recordLabel",
"Capitol_Records"
],
[
"Let_'Em_In",
"recordedIn",
"London"
],
[
"Ordinary_World",
"recordLabel",
"Capitol_Records"
],
[
"Ordinary_World",
"recordedIn",
"London"
],
[
"Planet_Earth_(song)",
"recordLabel",
"Capitol_Records"
],
[
"Planet_Earth_(song)",
"recordedIn",
"London"
],
[
"Raffaëla_Paton",
"genre",
"Dance_music"
],
[
"The_Pokémon_Company",
"location",
"London"
],
[
"The_Pokémon_Company",
"location",
"South_Korea"
],
[
"The_Spies_(film)",
"country",
"South_Korea"
],
[
"Tony_Jay",
"birthPlace",
"London"
],
[
"We_Can't_Go_Wrong",
"genre",
"Dance_music"
],
[
"We_Can't_Go_Wrong",
"recordLabel",
"Capitol_Records"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
11026, Acacia_(band)
29012, Ad-Rock
12464, Afro-soul
13937, Andy_Anderson_(drummer)
23428, Aïyb_Dieng
29348, Bella_Union
18582, Blak_Prophetz
153, Blow_Your_Headphones
5437, Bob_Sheppard_(musician)
15852, Bosco_Mann
22017, Chad_Szeliga
4078, Chicago:_Music_from_the_Miramax_Motion_Picture
5141, Chris_Paxton
30078, Curumin
26758, Daddy_Yankee
28912, Dana_Hall_(musician)
670, Dani_Stevenson
7628, Dave_Tough_(producer)
26996, Delicious_Vinyl
86, Dirty_Dozen_Brass_Band
18476, Doctor_Steel
2384, Don_Ellis
3141, Drum_kit
22593, Earl_Palmer
16906, Edward_Vesala
270, Embrace_the_Chaos
19862, Epic_Soundtracks
14759, Even_Steven_Levee
3970, Fabrizio_Sotti
29590, Felix_Haug
21858, Frank_Butler_(musician)
11586, Giant_Step
9516, Herman_Matthews
24868, Hip_hop_music
23014, Ill_Flava_Records
27103, Jamey_Haddad
2035, Jay_Sean
4793, Jazz
25171, Jean-Michel_Soupraya
15503, Jennifer_Lopez
6274, Jet_Black
8454, John_Hollenbeck_(musician)
4482, Johnny_Owens
11061, Jonna_Lee_(artist)
18207, Juan_Carlos_Paz_y_Puente
14176, K-pop
5760, Kayper
15151, Keith_Carlock
23478, Lil_Pappie
6158, London
26984, Luis_Resto_(musician)
25516, MC_900_Ft._Jesus
4229, Madlib
22747, Mahmoud_K._Muftić
19388, Manfred_Hausleitner
4913, Marty_Feier
11024, Miguel_Atwood-Ferguson
10084, Miles_Mosley
19286, Mitch_Mitchell
28114, Mocky
18562, Neil_Peart
17081, Neo_soul
28363, New_Mexico_music
13732, Nicky_Bomba
5477, Paul_Winterhart
24829, Pedro_Arraiza
12191, Peter_Erskine
20290, Ray_Barbee
22941, Rick_Carey_(singer)
22967, Rowdy_Superstar
16566, Sachin–Jigar
15034, Saki_Kaskas
26151, Sherman_Ferguson
24651, Space_Cowboy_(musician)
19003, Stephen_Kozmeniuk
21308, Stephen_Underwood
12611, Stromae
1395, Su-Elise_Nash
4508, The_Back-up_Plan
1258, The_PSM
20997, The_Platinum_Brothers
29068, The_Portland_Cello_Project
20403, The_Worlds_Freshest_(Dj.Fresh)
29529, Thirsty_Ear_Recordings
769, Tinie_Tempah
24767, Trackmasters
13392, Twins_Affair
16049, Ty_(rapper)
2287, Umbrella_(Shota_Shimizu_album)
18530, Wes_Felton
13364, Wesley_Geer
19912, Willard_Hill
src, edge_attr, dst
11026, hometown, 6158
11026, instrument, 3141
29012, genre, 24868
29012, instrument, 3141
12464, instrument, 3141
12464, stylisticOrigin, 4793
13937, genre, 4793
13937, hometown, 6158
13937, instrument, 3141
23428, genre, 4793
23428, instrument, 3141
29348, genre, 24868
29348, location, 6158
18582, genre, 24868
18582, genre, 4793
153, genre, 24868
153, genre, 4793
5437, genre, 4793
15852, genre, 4793
15852, instrument, 3141
22017, genre, 24868
22017, genre, 4793
22017, instrument, 3141
4078, genre, 24868
4078, genre, 4793
5141, genre, 24868
5141, genre, 4793
5141, instrument, 3141
30078, genre, 24868
30078, genre, 4793
30078, instrument, 3141
26758, genre, 24868
26758, instrument, 3141
28912, genre, 4793
28912, instrument, 3141
670, genre, 24868
670, genre, 4793
7628, genre, 4793
7628, instrument, 3141
26996, genre, 24868
26996, genre, 4793
86, bandMember, 3141
86, genre, 4793
18476, genre, 24868
18476, genre, 4793
2384, genre, 4793
2384, instrument, 3141
22593, genre, 4793
22593, instrument, 3141
16906, genre, 4793
16906, instrument, 3141
270, genre, 24868
270, genre, 4793
19862, deathPlace, 6158
19862, instrument, 3141
14759, genre, 24868
14759, genre, 4793
3970, genre, 24868
3970, genre, 4793
29590, genre, 4793
29590, instrument, 3141
21858, genre, 4793
21858, instrument, 3141
11586, genre, 24868
11586, genre, 4793
9516, genre, 4793
9516, instrument, 3141
24868, derivative, 17081
24868, musicFusionGenre, 17081
24868, stylisticOrigin, 4793
23014, genre, 24868
23014, location, 6158
27103, genre, 4793
27103, instrument, 3141
2035, birthPlace, 6158
2035, genre, 24868
4793, derivative, 24868
4793, instrument, 3141
4793, musicFusionGenre, 17081
25171, genre, 24868
25171, genre, 4793
6274, genre, 4793
6274, instrument, 3141
8454, genre, 4793
8454, instrument, 3141
4482, genre, 24868
4482, instrument, 3141
11061, hometown, 6158
11061, instrument, 3141
18207, genre, 4793
18207, instrument, 3141
14176, instrument, 3141
14176, stylisticOrigin, 24868
14176, stylisticOrigin, 4793
5760, birthPlace, 6158
5760, genre, 24868
15151, genre, 4793
15151, instrument, 3141
23478, genre, 24868
23478, hometown, 6158
26984, genre, 24868
26984, genre, 4793
25516, genre, 24868
25516, genre, 4793
4229, genre, 4793
4229, instrument, 3141
22747, deathPlace, 6158
19388, genre, 4793
19388, instrument, 3141
4913, genre, 4793
4913, instrument, 3141
11024, genre, 24868
11024, genre, 4793
10084, genre, 24868
10084, genre, 4793
19286, birthPlace, 6158
19286, instrument, 3141
28114, genre, 24868
28114, genre, 4793
28114, instrument, 3141
18562, genre, 4793
18562, instrument, 3141
17081, instrument, 3141
17081, stylisticOrigin, 24868
17081, stylisticOrigin, 4793
28363, instrument, 3141
28363, stylisticOrigin, 4793
13732, genre, 4793
13732, instrument, 3141
5477, birthPlace, 6158
5477, instrument, 3141
24829, genre, 4793
24829, instrument, 3141
12191, genre, 4793
12191, instrument, 3141
20290, genre, 4793
20290, instrument, 3141
22941, genre, 24868
22941, instrument, 3141
22967, genre, 24868
22967, hometown, 6158
16566, genre, 24868
16566, genre, 4793
15034, genre, 4793
15034, instrument, 3141
26151, genre, 4793
26151, instrument, 3141
24651, genre, 24868
24651, hometown, 6158
19003, genre, 24868
19003, instrument, 3141
21308, genre, 4793
21308, instrument, 3141
12611, genre, 24868
12611, instrument, 3141
1395, genre, 24868
1395, hometown, 6158
4508, starring, 15503
1258, genre, 24868
1258, hometown, 6158
20997, associatedBand, 15503
20997, associatedMusicalArtist, 15503
20997, genre, 24868
29068, genre, 24868
29068, genre, 4793
20403, genre, 24868
20403, genre, 4793
29529, genre, 24868
29529, genre, 4793
769, birthPlace, 6158
769, genre, 24868
24767, associatedBand, 15503
24767, associatedMusicalArtist, 15503
24767, genre, 24868
13392, genre, 24868
13392, instrument, 3141
16049, birthPlace, 6158
16049, genre, 24868
2287, genre, 24868
2287, genre, 4793
18530, genre, 24868
18530, genre, 4793
13364, genre, 24868
13364, genre, 4793
19912, genre, 24868
19912, genre, 4793
Question: For what reason are Bob_Sheppard_(musician), Mahmoud_K._Muftić, Stromae, and The_Back-up_Plan associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
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"Trackmasters",
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],
[
"Wes_Felton",
"genre",
"Hip_hop_music"
],
[
"Wes_Felton",
"genre",
"Jazz"
],
[
"Wesley_Geer",
"genre",
"Hip_hop_music"
],
[
"Wesley_Geer",
"genre",
"Jazz"
],
[
"Willard_Hill",
"genre",
"Hip_hop_music"
],
[
"Willard_Hill",
"genre",
"Jazz"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
27741, 5_Songs_(Iced_Earth_EP)
2545, All_That_Remains_(album)
6468, Arjen_Anthony_Lucassen
17804, Artcell
28825, Basick_Records
10831, Bigelf
11416, Decade_1998–2002
20644, Eddie_Van_Halen
5083, Elements_of_Persuasion
6275, Fozzy
16658, Garo:_Makai_Senki
19631, Heavy_metal_music
7575, Infini_(album)
29211, Japanese_language
21416, Jean-Yves_Thériault
8825, Jens_Johansson
24962, Lars_Eric_Si
7, Leatherwolf
20707, Live_at_FM_101
1336, Markus_Johansson
30219, Mavrik
7358, Michel_Langevin
18630, Morgana_Lefay
23182, Onmyo-Za
6507, Operation:_Livecrime
5527, Progressive_metal
3423, Raef_al_Hasan_Rafa
5054, Reb_Beach
22144, Richard_Henshall
23937, Sergey_Mavrin
28504, Sleaszy_Rider_Records
6292, SoulSpell
20532, Steve_DiGiorgio
285, Take_Cover_(album)
17232, Tony_MacAlpine
182, Tradition_(Michael_Angelo_Batio_album)
1907, Triumph_(band)
21712, WarCry_(band)
15441, Warmen
src, edge_attr, dst
27741, genre, 19631
27741, genre, 5527
2545, artist, 6275
2545, genre, 19631
6468, genre, 19631
6468, genre, 5527
17804, genre, 19631
17804, genre, 5527
28825, genre, 5527
10831, genre, 19631
10831, genre, 5527
11416, genre, 5527
11416, language, 29211
20644, genre, 19631
5083, genre, 19631
5083, genre, 5527
6275, genre, 19631
6275, genre, 5527
16658, language, 29211
19631, musicFusionGenre, 5527
7575, genre, 19631
7575, genre, 5527
21416, genre, 19631
21416, genre, 5527
8825, genre, 19631
8825, genre, 5527
24962, genre, 19631
24962, genre, 5527
7, genre, 19631
7, genre, 5527
20707, genre, 19631
20707, genre, 5527
1336, genre, 19631
1336, genre, 5527
30219, genre, 19631
30219, genre, 5527
7358, genre, 19631
7358, genre, 5527
18630, genre, 19631
18630, genre, 5527
23182, genre, 19631
23182, genre, 5527
6507, genre, 19631
6507, genre, 5527
5527, stylisticOrigin, 19631
3423, genre, 19631
3423, genre, 5527
5054, genre, 19631
5054, genre, 5527
22144, genre, 19631
22144, genre, 5527
23937, genre, 19631
23937, genre, 5527
28504, genre, 19631
28504, genre, 5527
6292, genre, 19631
6292, genre, 5527
20532, genre, 19631
20532, genre, 5527
285, genre, 19631
285, genre, 5527
17232, genre, 19631
17232, genre, 5527
182, genre, 19631
182, genre, 5527
1907, genre, 19631
1907, genre, 5527
21712, genre, 19631
21712, genre, 5527
15441, genre, 19631
15441, genre, 5527
Question: In what context are All_That_Remains_(album), Basick_Records, Eddie_Van_Halen, and Garo:_Makai_Senki connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"All_That_Remains_(album)",
"Basick_Records",
"Eddie_Van_Halen",
"Garo:_Makai_Senki"
],
"valid_edges": [
[
"5_Songs_(Iced_Earth_EP)",
"genre",
"Heavy_metal_music"
],
[
"5_Songs_(Iced_Earth_EP)",
"genre",
"Progressive_metal"
],
[
"All_That_Remains_(album)",
"artist",
"Fozzy"
],
[
"All_That_Remains_(album)",
"genre",
"Heavy_metal_music"
],
[
"Arjen_Anthony_Lucassen",
"genre",
"Heavy_metal_music"
],
[
"Arjen_Anthony_Lucassen",
"genre",
"Progressive_metal"
],
[
"Artcell",
"genre",
"Heavy_metal_music"
],
[
"Artcell",
"genre",
"Progressive_metal"
],
[
"Basick_Records",
"genre",
"Progressive_metal"
],
[
"Bigelf",
"genre",
"Heavy_metal_music"
],
[
"Bigelf",
"genre",
"Progressive_metal"
],
[
"Decade_1998–2002",
"genre",
"Progressive_metal"
],
[
"Decade_1998–2002",
"language",
"Japanese_language"
],
[
"Eddie_Van_Halen",
"genre",
"Heavy_metal_music"
],
[
"Elements_of_Persuasion",
"genre",
"Heavy_metal_music"
],
[
"Elements_of_Persuasion",
"genre",
"Progressive_metal"
],
[
"Fozzy",
"genre",
"Heavy_metal_music"
],
[
"Fozzy",
"genre",
"Progressive_metal"
],
[
"Garo:_Makai_Senki",
"language",
"Japanese_language"
],
[
"Heavy_metal_music",
"musicFusionGenre",
"Progressive_metal"
],
[
"Infini_(album)",
"genre",
"Heavy_metal_music"
],
[
"Infini_(album)",
"genre",
"Progressive_metal"
],
[
"Jean-Yves_Thériault",
"genre",
"Heavy_metal_music"
],
[
"Jean-Yves_Thériault",
"genre",
"Progressive_metal"
],
[
"Jens_Johansson",
"genre",
"Heavy_metal_music"
],
[
"Jens_Johansson",
"genre",
"Progressive_metal"
],
[
"Lars_Eric_Si",
"genre",
"Heavy_metal_music"
],
[
"Lars_Eric_Si",
"genre",
"Progressive_metal"
],
[
"Leatherwolf",
"genre",
"Heavy_metal_music"
],
[
"Leatherwolf",
"genre",
"Progressive_metal"
],
[
"Live_at_FM_101",
"genre",
"Heavy_metal_music"
],
[
"Live_at_FM_101",
"genre",
"Progressive_metal"
],
[
"Markus_Johansson",
"genre",
"Heavy_metal_music"
],
[
"Markus_Johansson",
"genre",
"Progressive_metal"
],
[
"Mavrik",
"genre",
"Heavy_metal_music"
],
[
"Mavrik",
"genre",
"Progressive_metal"
],
[
"Michel_Langevin",
"genre",
"Heavy_metal_music"
],
[
"Michel_Langevin",
"genre",
"Progressive_metal"
],
[
"Morgana_Lefay",
"genre",
"Heavy_metal_music"
],
[
"Morgana_Lefay",
"genre",
"Progressive_metal"
],
[
"Onmyo-Za",
"genre",
"Heavy_metal_music"
],
[
"Onmyo-Za",
"genre",
"Progressive_metal"
],
[
"Operation:_Livecrime",
"genre",
"Heavy_metal_music"
],
[
"Operation:_Livecrime",
"genre",
"Progressive_metal"
],
[
"Progressive_metal",
"stylisticOrigin",
"Heavy_metal_music"
],
[
"Raef_al_Hasan_Rafa",
"genre",
"Heavy_metal_music"
],
[
"Raef_al_Hasan_Rafa",
"genre",
"Progressive_metal"
],
[
"Reb_Beach",
"genre",
"Heavy_metal_music"
],
[
"Reb_Beach",
"genre",
"Progressive_metal"
],
[
"Richard_Henshall",
"genre",
"Heavy_metal_music"
],
[
"Richard_Henshall",
"genre",
"Progressive_metal"
],
[
"Sergey_Mavrin",
"genre",
"Heavy_metal_music"
],
[
"Sergey_Mavrin",
"genre",
"Progressive_metal"
],
[
"Sleaszy_Rider_Records",
"genre",
"Heavy_metal_music"
],
[
"Sleaszy_Rider_Records",
"genre",
"Progressive_metal"
],
[
"SoulSpell",
"genre",
"Heavy_metal_music"
],
[
"SoulSpell",
"genre",
"Progressive_metal"
],
[
"Steve_DiGiorgio",
"genre",
"Heavy_metal_music"
],
[
"Steve_DiGiorgio",
"genre",
"Progressive_metal"
],
[
"Take_Cover_(album)",
"genre",
"Heavy_metal_music"
],
[
"Take_Cover_(album)",
"genre",
"Progressive_metal"
],
[
"Tony_MacAlpine",
"genre",
"Heavy_metal_music"
],
[
"Tony_MacAlpine",
"genre",
"Progressive_metal"
],
[
"Tradition_(Michael_Angelo_Batio_album)",
"genre",
"Heavy_metal_music"
],
[
"Tradition_(Michael_Angelo_Batio_album)",
"genre",
"Progressive_metal"
],
[
"Triumph_(band)",
"genre",
"Heavy_metal_music"
],
[
"Triumph_(band)",
"genre",
"Progressive_metal"
],
[
"WarCry_(band)",
"genre",
"Heavy_metal_music"
],
[
"WarCry_(band)",
"genre",
"Progressive_metal"
],
[
"Warmen",
"genre",
"Heavy_metal_music"
],
[
"Warmen",
"genre",
"Progressive_metal"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
29175, 2004–05_AFC_Wimbledon_season
25460, 2009–10_AFC_Wimbledon_season
8516, Kingsmeadow
5252, National_League_(English_football)
src, edge_attr, dst
29175, ground, 8516
29175, homeStadium, 8516
25460, ground, 8516
25460, homeStadium, 8516
25460, league, 5252
Question: In what context are 2004–05_AFC_Wimbledon_season, 2009–10_AFC_Wimbledon_season, Kingsmeadow, and National_League_(English_football) connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"2004–05_AFC_Wimbledon_season",
"2009–10_AFC_Wimbledon_season",
"Kingsmeadow",
"National_League_(English_football)"
],
"valid_edges": [
[
"2004–05_AFC_Wimbledon_season",
"ground",
"Kingsmeadow"
],
[
"2004–05_AFC_Wimbledon_season",
"homeStadium",
"Kingsmeadow"
],
[
"2009–10_AFC_Wimbledon_season",
"ground",
"Kingsmeadow"
],
[
"2009–10_AFC_Wimbledon_season",
"homeStadium",
"Kingsmeadow"
],
[
"2009–10_AFC_Wimbledon_season",
"league",
"National_League_(English_football)"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
20713, Chorny_Kofe
20799, Dirty_Diamonds
19631, Heavy_metal_music
24868, Hip_hop_music
6273, Miri_Yusif
6961, Oleh_Leonidov
2137, Rock_Phenomenon
16850, Run_to_the_Hills
23937, Sergey_Mavrin
14959, Soviet_Union
src, edge_attr, dst
20713, genre, 19631
20713, hometown, 14959
20799, genre, 19631
6273, birthPlace, 14959
6273, genre, 24868
6961, birthPlace, 14959
2137, genre, 24868
16850, genre, 19631
23937, birthPlace, 14959
23937, genre, 19631
Question: For what reason are Dirty_Diamonds, Oleh_Leonidov, Rock_Phenomenon, and Run_to_the_Hills associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Dirty_Diamonds",
"Oleh_Leonidov",
"Rock_Phenomenon",
"Run_to_the_Hills"
],
"valid_edges": [
[
"Chorny_Kofe",
"genre",
"Heavy_metal_music"
],
[
"Chorny_Kofe",
"hometown",
"Soviet_Union"
],
[
"Dirty_Diamonds",
"genre",
"Heavy_metal_music"
],
[
"Miri_Yusif",
"birthPlace",
"Soviet_Union"
],
[
"Miri_Yusif",
"genre",
"Hip_hop_music"
],
[
"Oleh_Leonidov",
"birthPlace",
"Soviet_Union"
],
[
"Rock_Phenomenon",
"genre",
"Hip_hop_music"
],
[
"Run_to_the_Hills",
"genre",
"Heavy_metal_music"
],
[
"Sergey_Mavrin",
"birthPlace",
"Soviet_Union"
],
[
"Sergey_Mavrin",
"genre",
"Heavy_metal_music"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
1506, FC_Sozopol
24053, Iliyan_Kapitanov
22333, Lyubomir_Tsekov
7637, Vasil_Tachev
src, edge_attr, dst
24053, team, 1506
22333, team, 1506
7637, team, 1506
Question: How are FC_Sozopol, Iliyan_Kapitanov, Lyubomir_Tsekov, and Vasil_Tachev related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"FC_Sozopol",
"Iliyan_Kapitanov",
"Lyubomir_Tsekov",
"Vasil_Tachev"
],
"valid_edges": [
[
"Iliyan_Kapitanov",
"team",
"FC_Sozopol"
],
[
"Lyubomir_Tsekov",
"team",
"FC_Sozopol"
],
[
"Vasil_Tachev",
"team",
"FC_Sozopol"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
7619, Achnatherum
13844, Cotoneaster_lacteus
6785, Flowering_plant
29271, Perityle_saxicola
1428, Piperaceae
src, edge_attr, dst
7619, division, 6785
13844, division, 6785
29271, division, 6785
1428, division, 6785
Question: For what reason are Achnatherum, Cotoneaster_lacteus, Perityle_saxicola, and Piperaceae associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Achnatherum",
"Cotoneaster_lacteus",
"Perityle_saxicola",
"Piperaceae"
],
"valid_edges": [
[
"Achnatherum",
"division",
"Flowering_plant"
],
[
"Cotoneaster_lacteus",
"division",
"Flowering_plant"
],
[
"Perityle_saxicola",
"division",
"Flowering_plant"
],
[
"Piperaceae",
"division",
"Flowering_plant"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
15768, 720p
29952, Augustine_Ejangue
31, British_Columbia
11839, Ciara_McCormack
12226, Fortuna_Hjørring
29747, Fringe_(TV_series)
22289, Hassan_Roudbarian
16511, Iran
21483, Shahrzad_Rafati
6706, Tanishq_Swarna_Sangeetham
8117, You_Say_Party
src, edge_attr, dst
29952, team, 12226
11839, birthPlace, 31
11839, team, 12226
29747, format, 15768
29747, location, 31
22289, birthPlace, 16511
21483, birthPlace, 16511
21483, nationality, 16511
21483, occupation, 31
21483, stateOfOrigin, 16511
6706, format, 15768
8117, hometown, 31
Question: In what context are Augustine_Ejangue, Hassan_Roudbarian, Tanishq_Swarna_Sangeetham, and You_Say_Party connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Augustine_Ejangue",
"Hassan_Roudbarian",
"Tanishq_Swarna_Sangeetham",
"You_Say_Party"
],
"valid_edges": [
[
"Augustine_Ejangue",
"team",
"Fortuna_Hjørring"
],
[
"Ciara_McCormack",
"birthPlace",
"British_Columbia"
],
[
"Ciara_McCormack",
"team",
"Fortuna_Hjørring"
],
[
"Fringe_(TV_series)",
"format",
"720p"
],
[
"Fringe_(TV_series)",
"location",
"British_Columbia"
],
[
"Hassan_Roudbarian",
"birthPlace",
"Iran"
],
[
"Shahrzad_Rafati",
"birthPlace",
"Iran"
],
[
"Shahrzad_Rafati",
"nationality",
"Iran"
],
[
"Shahrzad_Rafati",
"occupation",
"British_Columbia"
],
[
"Shahrzad_Rafati",
"stateOfOrigin",
"Iran"
],
[
"Tanishq_Swarna_Sangeetham",
"format",
"720p"
],
[
"You_Say_Party",
"hometown",
"British_Columbia"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
26989, Brother_Bear_(soundtrack)
25971, Colgems_Records
11435, I'll_Help_You_Forget_Her
9490, Mundell_Lowe
7589, Music_Box_(The_Monkees_album)
7180, Peter_Tork
27258, RCA_Records
429, Soundtrack
24841, The_Definitive_Monkees
20282, Tomato_(musician)
src, edge_attr, dst
26989, type, 429
25971, distributingCompany, 27258
25971, distributingLabel, 27258
25971, parentCompany, 27258
11435, recordLabel, 27258
9490, genre, 429
9490, recordLabel, 27258
7589, producer, 7180
7589, subsequentWork, 24841
7180, recordLabel, 25971
7180, recordLabel, 27258
24841, previousWork, 7589
24841, producer, 7180
20282, recordLabel, 27258
Question: For what reason are Brother_Bear_(soundtrack), I'll_Help_You_Forget_Her, The_Definitive_Monkees, and Tomato_(musician) associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Brother_Bear_(soundtrack)",
"I'll_Help_You_Forget_Her",
"The_Definitive_Monkees",
"Tomato_(musician)"
],
"valid_edges": [
[
"Brother_Bear_(soundtrack)",
"type",
"Soundtrack"
],
[
"Colgems_Records",
"distributingCompany",
"RCA_Records"
],
[
"Colgems_Records",
"distributingLabel",
"RCA_Records"
],
[
"Colgems_Records",
"parentCompany",
"RCA_Records"
],
[
"I'll_Help_You_Forget_Her",
"recordLabel",
"RCA_Records"
],
[
"Mundell_Lowe",
"genre",
"Soundtrack"
],
[
"Mundell_Lowe",
"recordLabel",
"RCA_Records"
],
[
"Music_Box_(The_Monkees_album)",
"producer",
"Peter_Tork"
],
[
"Music_Box_(The_Monkees_album)",
"subsequentWork",
"The_Definitive_Monkees"
],
[
"Peter_Tork",
"recordLabel",
"Colgems_Records"
],
[
"Peter_Tork",
"recordLabel",
"RCA_Records"
],
[
"The_Definitive_Monkees",
"previousWork",
"Music_Box_(The_Monkees_album)"
],
[
"The_Definitive_Monkees",
"producer",
"Peter_Tork"
],
[
"Tomato_(musician)",
"recordLabel",
"RCA_Records"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
13239, &ME
4537, 27_Missing_Kisses
15471, Barton_MacLane
3817, Bengal_Tiger_(1936_film)
9538, Bookatable
25734, Bullets_or_Ballots
24883, Cloak_(Star_Trek)
19030, Colombians
14586, Dark_Mirror_(Angel_novel)
21327, English_language
29037, Eurosport_2
18405, Ezra_Klein
6831, Germany
16029, Japanese_people
13382, Kashubians
28339, Kassengift
451, Mystery_of_Smugglers_Cove
26591, Pocket_Books
10158, Sea_Wolf_(miniseries)
30384, Symphonic_Buck-Tick_in_Berlin
27056, The_Best_Science_Fiction_of_the_Year_10
970, The_Stone_Idol
26318, Thin_Air_(Star_Trek)
6969, Timetrap
841, Trapped_at_Sea
12006, Vox_Media
23932, Werner_Schroeter
5051, Wesleyan_University
src, edge_attr, dst
13239, country, 6831
13239, language, 21327
4537, country, 6831
4537, language, 21327
15471, almaMater, 5051
3817, language, 21327
3817, starring, 15471
9538, language, 21327
9538, regionServed, 6831
25734, language, 21327
25734, starring, 15471
24883, language, 21327
24883, publisher, 26591
19030, language, 21327
19030, populationPlace, 6831
14586, language, 21327
14586, publisher, 26591
29037, country, 6831
29037, language, 21327
29037, locationCountry, 6831
18405, employer, 12006
16029, language, 21327
16029, populationPlace, 6831
13382, language, 21327
13382, populationPlace, 6831
28339, language, 21327
28339, recordedIn, 6831
451, language, 21327
451, subsequentWork, 970
10158, country, 6831
10158, language, 21327
30384, language, 21327
30384, recordedIn, 6831
27056, language, 21327
27056, publisher, 26591
970, language, 21327
970, previousWork, 451
970, publisher, 26591
26318, language, 21327
26318, publisher, 26591
6969, language, 21327
6969, publisher, 26591
841, language, 21327
841, publisher, 26591
12006, language, 21327
23932, birthPlace, 6831
23932, deathPlace, 6831
Question: How are Ezra_Klein, The_Stone_Idol, Werner_Schroeter, and Wesleyan_University related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Ezra_Klein",
"The_Stone_Idol",
"Werner_Schroeter",
"Wesleyan_University"
],
"valid_edges": [
[
"&ME",
"country",
"Germany"
],
[
"&ME",
"language",
"English_language"
],
[
"27_Missing_Kisses",
"country",
"Germany"
],
[
"27_Missing_Kisses",
"language",
"English_language"
],
[
"Barton_MacLane",
"almaMater",
"Wesleyan_University"
],
[
"Bengal_Tiger_(1936_film)",
"language",
"English_language"
],
[
"Bengal_Tiger_(1936_film)",
"starring",
"Barton_MacLane"
],
[
"Bookatable",
"language",
"English_language"
],
[
"Bookatable",
"regionServed",
"Germany"
],
[
"Bullets_or_Ballots",
"language",
"English_language"
],
[
"Bullets_or_Ballots",
"starring",
"Barton_MacLane"
],
[
"Cloak_(Star_Trek)",
"language",
"English_language"
],
[
"Cloak_(Star_Trek)",
"publisher",
"Pocket_Books"
],
[
"Colombians",
"language",
"English_language"
],
[
"Colombians",
"populationPlace",
"Germany"
],
[
"Dark_Mirror_(Angel_novel)",
"language",
"English_language"
],
[
"Dark_Mirror_(Angel_novel)",
"publisher",
"Pocket_Books"
],
[
"Eurosport_2",
"country",
"Germany"
],
[
"Eurosport_2",
"language",
"English_language"
],
[
"Eurosport_2",
"locationCountry",
"Germany"
],
[
"Ezra_Klein",
"employer",
"Vox_Media"
],
[
"Japanese_people",
"language",
"English_language"
],
[
"Japanese_people",
"populationPlace",
"Germany"
],
[
"Kashubians",
"language",
"English_language"
],
[
"Kashubians",
"populationPlace",
"Germany"
],
[
"Kassengift",
"language",
"English_language"
],
[
"Kassengift",
"recordedIn",
"Germany"
],
[
"Mystery_of_Smugglers_Cove",
"language",
"English_language"
],
[
"Mystery_of_Smugglers_Cove",
"subsequentWork",
"The_Stone_Idol"
],
[
"Sea_Wolf_(miniseries)",
"country",
"Germany"
],
[
"Sea_Wolf_(miniseries)",
"language",
"English_language"
],
[
"Symphonic_Buck-Tick_in_Berlin",
"language",
"English_language"
],
[
"Symphonic_Buck-Tick_in_Berlin",
"recordedIn",
"Germany"
],
[
"The_Best_Science_Fiction_of_the_Year_10",
"language",
"English_language"
],
[
"The_Best_Science_Fiction_of_the_Year_10",
"publisher",
"Pocket_Books"
],
[
"The_Stone_Idol",
"language",
"English_language"
],
[
"The_Stone_Idol",
"previousWork",
"Mystery_of_Smugglers_Cove"
],
[
"The_Stone_Idol",
"publisher",
"Pocket_Books"
],
[
"Thin_Air_(Star_Trek)",
"language",
"English_language"
],
[
"Thin_Air_(Star_Trek)",
"publisher",
"Pocket_Books"
],
[
"Timetrap",
"language",
"English_language"
],
[
"Timetrap",
"publisher",
"Pocket_Books"
],
[
"Trapped_at_Sea",
"language",
"English_language"
],
[
"Trapped_at_Sea",
"publisher",
"Pocket_Books"
],
[
"Vox_Media",
"language",
"English_language"
],
[
"Werner_Schroeter",
"birthPlace",
"Germany"
],
[
"Werner_Schroeter",
"deathPlace",
"Germany"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
719, A_Night_in_Casablanca
12889, Ambush_(1939_film)
526, Broderick_Crawford
21327, English_language
6796, Harry_Ruby
4846, Harry_Warren
13073, Look_What's_Happened_to_Rosemary's_Baby
21316, The_God_King
6447, The_Romance_of_Betty_Boop
7097, William_Frawley
25150, Ziegfeld_Follies_(film)
src, edge_attr, dst
719, musicComposer, 6796
12889, starring, 526
12889, starring, 7097
13073, language, 21327
13073, starring, 526
21316, language, 21327
6447, musicComposer, 6796
6447, musicComposer, 4846
25150, musicComposer, 4846
25150, starring, 7097
Question: For what reason are A_Night_in_Casablanca, Ambush_(1939_film), The_God_King, and The_Romance_of_Betty_Boop associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"A_Night_in_Casablanca",
"Ambush_(1939_film)",
"The_God_King",
"The_Romance_of_Betty_Boop"
],
"valid_edges": [
[
"A_Night_in_Casablanca",
"musicComposer",
"Harry_Ruby"
],
[
"Ambush_(1939_film)",
"starring",
"Broderick_Crawford"
],
[
"Ambush_(1939_film)",
"starring",
"William_Frawley"
],
[
"Look_What's_Happened_to_Rosemary's_Baby",
"language",
"English_language"
],
[
"Look_What's_Happened_to_Rosemary's_Baby",
"starring",
"Broderick_Crawford"
],
[
"The_God_King",
"language",
"English_language"
],
[
"The_Romance_of_Betty_Boop",
"musicComposer",
"Harry_Ruby"
],
[
"The_Romance_of_Betty_Boop",
"musicComposer",
"Harry_Warren"
],
[
"Ziegfeld_Follies_(film)",
"musicComposer",
"Harry_Warren"
],
[
"Ziegfeld_Follies_(film)",
"starring",
"William_Frawley"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
15108, Arthuro_Henrique_Bernhardt
29681, Cantabria
9488, Edu_Bedia
21536, Héctor_Font
15235, Hércules_CF
17126, Jairo_Samperio
23522, K.S.C._Lokeren_Oost-Vlaanderen
25347, Neru_(footballer)
26935, Papi_Kimoto
26759, Patiyo_Tambwe
1858, Peter_Rufai
21956, Racing_de_Santander
7897, Racing_de_Santander_B
src, edge_attr, dst
15108, team, 21956
15108, team, 7897
9488, team, 15235
9488, team, 21956
9488, team, 7897
21536, team, 15235
17126, team, 21956
17126, team, 7897
25347, team, 21956
25347, team, 7897
26935, team, 23522
26759, team, 23522
1858, team, 15235
1858, team, 23522
21956, ground, 29681
7897, ground, 29681
Question: How are Héctor_Font, Neru_(footballer), Papi_Kimoto, and Patiyo_Tambwe related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Héctor_Font",
"Neru_(footballer)",
"Papi_Kimoto",
"Patiyo_Tambwe"
],
"valid_edges": [
[
"Arthuro_Henrique_Bernhardt",
"team",
"Racing_de_Santander"
],
[
"Arthuro_Henrique_Bernhardt",
"team",
"Racing_de_Santander_B"
],
[
"Edu_Bedia",
"team",
"Hércules_CF"
],
[
"Edu_Bedia",
"team",
"Racing_de_Santander"
],
[
"Edu_Bedia",
"team",
"Racing_de_Santander_B"
],
[
"Héctor_Font",
"team",
"Hércules_CF"
],
[
"Jairo_Samperio",
"team",
"Racing_de_Santander"
],
[
"Jairo_Samperio",
"team",
"Racing_de_Santander_B"
],
[
"Neru_(footballer)",
"team",
"Racing_de_Santander"
],
[
"Neru_(footballer)",
"team",
"Racing_de_Santander_B"
],
[
"Papi_Kimoto",
"team",
"K.S.C._Lokeren_Oost-Vlaanderen"
],
[
"Patiyo_Tambwe",
"team",
"K.S.C._Lokeren_Oost-Vlaanderen"
],
[
"Peter_Rufai",
"team",
"Hércules_CF"
],
[
"Peter_Rufai",
"team",
"K.S.C._Lokeren_Oost-Vlaanderen"
],
[
"Racing_de_Santander",
"ground",
"Cantabria"
],
[
"Racing_de_Santander_B",
"ground",
"Cantabria"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
30001, Catharanthus
26664, Convolvulaceae
6785, Flowering_plant
4333, Lambertia
27172, Madhuca_palembanica
src, edge_attr, dst
30001, division, 6785
26664, division, 6785
4333, division, 6785
27172, division, 6785
Question: For what reason are Catharanthus, Convolvulaceae, Lambertia, and Madhuca_palembanica associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Catharanthus",
"Convolvulaceae",
"Lambertia",
"Madhuca_palembanica"
],
"valid_edges": [
[
"Catharanthus",
"division",
"Flowering_plant"
],
[
"Convolvulaceae",
"division",
"Flowering_plant"
],
[
"Lambertia",
"division",
"Flowering_plant"
],
[
"Madhuca_palembanica",
"division",
"Flowering_plant"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
1200, Maverick_(TV_series)
15081, Shady_Deal_at_Sunny_Acres
14404, William_T._Orr
9008, Young_Maverick
src, edge_attr, dst
1200, executiveProducer, 14404
1200, subsequentWork, 9008
15081, executiveProducer, 14404
15081, subsequentWork, 9008
9008, previousWork, 1200
Question: In what context are Maverick_(TV_series), Shady_Deal_at_Sunny_Acres, William_T._Orr, and Young_Maverick connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Maverick_(TV_series)",
"Shady_Deal_at_Sunny_Acres",
"William_T._Orr",
"Young_Maverick"
],
"valid_edges": [
[
"Maverick_(TV_series)",
"executiveProducer",
"William_T._Orr"
],
[
"Maverick_(TV_series)",
"subsequentWork",
"Young_Maverick"
],
[
"Shady_Deal_at_Sunny_Acres",
"executiveProducer",
"William_T._Orr"
],
[
"Shady_Deal_at_Sunny_Acres",
"subsequentWork",
"Young_Maverick"
],
[
"Young_Maverick",
"previousWork",
"Maverick_(TV_series)"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
26831, Aldisa_banyulensis
24456, Amamibalcis
23374, Gastropoda
19297, Muricidae
18347, Phyllodesmium_crypticum
src, edge_attr, dst
26831, class, 23374
24456, class, 23374
19297, class, 23374
18347, class, 23374
Question: In what context are Aldisa_banyulensis, Amamibalcis, Muricidae, and Phyllodesmium_crypticum connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Aldisa_banyulensis",
"Amamibalcis",
"Muricidae",
"Phyllodesmium_crypticum"
],
"valid_edges": [
[
"Aldisa_banyulensis",
"class",
"Gastropoda"
],
[
"Amamibalcis",
"class",
"Gastropoda"
],
[
"Muricidae",
"class",
"Gastropoda"
],
[
"Phyllodesmium_crypticum",
"class",
"Gastropoda"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
22187, AOMG
7717, AlphaBat
14666, Andy_Lee_(South_Korean_singer)
336, Block_B
19451, DEAN
24868, Hip_hop_music
9519, Hugh_Scully
20910, Jung_Dae-hyun
1061, Kyla-Rose_Smith
8200, Lee_Jae-jin_(musician,_born_1979)
8649, Lukas_Schenkel
11921, Masta_Wu
8664, Park_Chul-woo
16968, Park_Ji-yeon
18567, Presenter
28024, Say_It's_Over
27225, Seven_(Korean_singer)
5744, South_Africa
13319, South_Korea
29829, Yoo_Seung-jun
25114, Yoon_Doo-joon
src, edge_attr, dst
22187, country, 13319
22187, genre, 24868
22187, location, 13319
7717, genre, 24868
7717, hometown, 13319
14666, genre, 24868
14666, hometown, 13319
336, genre, 24868
336, hometown, 13319
19451, birthPlace, 13319
19451, genre, 24868
19451, hometown, 13319
9519, occupation, 18567
20910, birthPlace, 13319
20910, genre, 24868
20910, hometown, 13319
1061, birthPlace, 5744
1061, genre, 24868
8200, genre, 24868
8200, hometown, 13319
8649, birthPlace, 5744
11921, birthPlace, 13319
11921, genre, 24868
11921, hometown, 13319
8664, birthPlace, 13319
16968, birthPlace, 13319
16968, occupation, 18567
28024, genre, 24868
27225, genre, 24868
27225, hometown, 13319
29829, genre, 24868
29829, hometown, 13319
25114, birthPlace, 13319
25114, genre, 24868
25114, hometown, 13319
Question: In what context are Hugh_Scully, Lukas_Schenkel, Park_Chul-woo, and Say_It's_Over connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Hugh_Scully",
"Lukas_Schenkel",
"Park_Chul-woo",
"Say_It's_Over"
],
"valid_edges": [
[
"AOMG",
"country",
"South_Korea"
],
[
"AOMG",
"genre",
"Hip_hop_music"
],
[
"AOMG",
"location",
"South_Korea"
],
[
"AlphaBat",
"genre",
"Hip_hop_music"
],
[
"AlphaBat",
"hometown",
"South_Korea"
],
[
"Andy_Lee_(South_Korean_singer)",
"genre",
"Hip_hop_music"
],
[
"Andy_Lee_(South_Korean_singer)",
"hometown",
"South_Korea"
],
[
"Block_B",
"genre",
"Hip_hop_music"
],
[
"Block_B",
"hometown",
"South_Korea"
],
[
"DEAN",
"birthPlace",
"South_Korea"
],
[
"DEAN",
"genre",
"Hip_hop_music"
],
[
"DEAN",
"hometown",
"South_Korea"
],
[
"Hugh_Scully",
"occupation",
"Presenter"
],
[
"Jung_Dae-hyun",
"birthPlace",
"South_Korea"
],
[
"Jung_Dae-hyun",
"genre",
"Hip_hop_music"
],
[
"Jung_Dae-hyun",
"hometown",
"South_Korea"
],
[
"Kyla-Rose_Smith",
"birthPlace",
"South_Africa"
],
[
"Kyla-Rose_Smith",
"genre",
"Hip_hop_music"
],
[
"Lee_Jae-jin_(musician,_born_1979)",
"genre",
"Hip_hop_music"
],
[
"Lee_Jae-jin_(musician,_born_1979)",
"hometown",
"South_Korea"
],
[
"Lukas_Schenkel",
"birthPlace",
"South_Africa"
],
[
"Masta_Wu",
"birthPlace",
"South_Korea"
],
[
"Masta_Wu",
"genre",
"Hip_hop_music"
],
[
"Masta_Wu",
"hometown",
"South_Korea"
],
[
"Park_Chul-woo",
"birthPlace",
"South_Korea"
],
[
"Park_Ji-yeon",
"birthPlace",
"South_Korea"
],
[
"Park_Ji-yeon",
"occupation",
"Presenter"
],
[
"Say_It's_Over",
"genre",
"Hip_hop_music"
],
[
"Seven_(Korean_singer)",
"genre",
"Hip_hop_music"
],
[
"Seven_(Korean_singer)",
"hometown",
"South_Korea"
],
[
"Yoo_Seung-jun",
"genre",
"Hip_hop_music"
],
[
"Yoo_Seung-jun",
"hometown",
"South_Korea"
],
[
"Yoon_Doo-joon",
"birthPlace",
"South_Korea"
],
[
"Yoon_Doo-joon",
"genre",
"Hip_hop_music"
],
[
"Yoon_Doo-joon",
"hometown",
"South_Korea"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
30444, Adventure_Game_Studio
12127, Alice_in_Chains
21327, English_language
29224, First_Citizens_BancShares
28521, Fox_Sports_Southeast
27724, Georgia_(U.S._state)
23047, Madfly
5409, Mother_Love_Bone_(album)
11348, Patch_Media
23115, Publix
24535, Sanpoil_tribe
19891, Screaming_Life/Fopp
14498, Shea_Homes
24154, Shine_a_Light_(McFly_song)
22074, South_Carolina
24807, Southern_Association_of_Colleges_and_Schools
3343, Synthpop
14962, TMX_Finance
6385, The_Lonesome_Death_of_Buck_McCoy
15584, The_Outsyders
8144, Trinity_Christian_School_(Sharpsburg,_Georgia)
13653, Washington_(state)
src, edge_attr, dst
30444, language, 21327
12127, associatedBand, 12127
12127, associatedMusicalArtist, 12127
12127, hometown, 13653
29224, regionServed, 27724
29224, regionServed, 22074
29224, regionServed, 13653
28521, broadcastArea, 27724
28521, broadcastArea, 22074
28521, headquarter, 27724
28521, language, 21327
23047, associatedBand, 12127
23047, associatedMusicalArtist, 12127
23047, hometown, 27724
5409, language, 21327
5409, recordedIn, 13653
11348, regionServed, 27724
11348, regionServed, 13653
23115, regionServed, 27724
23115, regionServed, 22074
24535, language, 21327
24535, populationPlace, 13653
19891, language, 21327
19891, recordedIn, 13653
14498, regionServed, 22074
14498, regionServed, 13653
24154, genre, 3343
24807, regionServed, 27724
24807, regionServed, 22074
14962, regionServed, 27724
14962, regionServed, 22074
6385, recordedIn, 27724
6385, recordedIn, 13653
15584, genre, 3343
15584, hometown, 27724
8144, language, 21327
8144, state, 27724
Question: How are Adventure_Game_Studio, Madfly, Shea_Homes, and Shine_a_Light_(McFly_song) related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Adventure_Game_Studio",
"Madfly",
"Shea_Homes",
"Shine_a_Light_(McFly_song)"
],
"valid_edges": [
[
"Adventure_Game_Studio",
"language",
"English_language"
],
[
"Alice_in_Chains",
"associatedBand",
"Alice_in_Chains"
],
[
"Alice_in_Chains",
"associatedMusicalArtist",
"Alice_in_Chains"
],
[
"Alice_in_Chains",
"hometown",
"Washington_(state)"
],
[
"First_Citizens_BancShares",
"regionServed",
"Georgia_(U.S._state)"
],
[
"First_Citizens_BancShares",
"regionServed",
"South_Carolina"
],
[
"First_Citizens_BancShares",
"regionServed",
"Washington_(state)"
],
[
"Fox_Sports_Southeast",
"broadcastArea",
"Georgia_(U.S._state)"
],
[
"Fox_Sports_Southeast",
"broadcastArea",
"South_Carolina"
],
[
"Fox_Sports_Southeast",
"headquarter",
"Georgia_(U.S._state)"
],
[
"Fox_Sports_Southeast",
"language",
"English_language"
],
[
"Madfly",
"associatedBand",
"Alice_in_Chains"
],
[
"Madfly",
"associatedMusicalArtist",
"Alice_in_Chains"
],
[
"Madfly",
"hometown",
"Georgia_(U.S._state)"
],
[
"Mother_Love_Bone_(album)",
"language",
"English_language"
],
[
"Mother_Love_Bone_(album)",
"recordedIn",
"Washington_(state)"
],
[
"Patch_Media",
"regionServed",
"Georgia_(U.S._state)"
],
[
"Patch_Media",
"regionServed",
"Washington_(state)"
],
[
"Publix",
"regionServed",
"Georgia_(U.S._state)"
],
[
"Publix",
"regionServed",
"South_Carolina"
],
[
"Sanpoil_tribe",
"language",
"English_language"
],
[
"Sanpoil_tribe",
"populationPlace",
"Washington_(state)"
],
[
"Screaming_Life/Fopp",
"language",
"English_language"
],
[
"Screaming_Life/Fopp",
"recordedIn",
"Washington_(state)"
],
[
"Shea_Homes",
"regionServed",
"South_Carolina"
],
[
"Shea_Homes",
"regionServed",
"Washington_(state)"
],
[
"Shine_a_Light_(McFly_song)",
"genre",
"Synthpop"
],
[
"Southern_Association_of_Colleges_and_Schools",
"regionServed",
"Georgia_(U.S._state)"
],
[
"Southern_Association_of_Colleges_and_Schools",
"regionServed",
"South_Carolina"
],
[
"TMX_Finance",
"regionServed",
"Georgia_(U.S._state)"
],
[
"TMX_Finance",
"regionServed",
"South_Carolina"
],
[
"The_Lonesome_Death_of_Buck_McCoy",
"recordedIn",
"Georgia_(U.S._state)"
],
[
"The_Lonesome_Death_of_Buck_McCoy",
"recordedIn",
"Washington_(state)"
],
[
"The_Outsyders",
"genre",
"Synthpop"
],
[
"The_Outsyders",
"hometown",
"Georgia_(U.S._state)"
],
[
"Trinity_Christian_School_(Sharpsburg,_Georgia)",
"language",
"English_language"
],
[
"Trinity_Christian_School_(Sharpsburg,_Georgia)",
"state",
"Georgia_(U.S._state)"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
9873, 1988_Maldives_coup_d'état
13946, Arjan_Bajwa
24017, Crook_(film)
4793, Jazz
4913, Marty_Feier
9859, Mohit_Suri
10030, Mumbai
14804, Rajiv_Gandhi
8497, Sagar_Movietone
9999, Samira_Koppikar
src, edge_attr, dst
9873, commander, 14804
24017, director, 9859
24017, starring, 13946
4913, genre, 4793
9859, birthPlace, 10030
14804, birthPlace, 10030
8497, locationCity, 10030
9999, birthPlace, 10030
9999, genre, 4793
Question: In what context are 1988_Maldives_coup_d'état, Arjan_Bajwa, Marty_Feier, and Sagar_Movietone connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"1988_Maldives_coup_d'état",
"Arjan_Bajwa",
"Marty_Feier",
"Sagar_Movietone"
],
"valid_edges": [
[
"1988_Maldives_coup_d'état",
"commander",
"Rajiv_Gandhi"
],
[
"Crook_(film)",
"director",
"Mohit_Suri"
],
[
"Crook_(film)",
"starring",
"Arjan_Bajwa"
],
[
"Marty_Feier",
"genre",
"Jazz"
],
[
"Mohit_Suri",
"birthPlace",
"Mumbai"
],
[
"Rajiv_Gandhi",
"birthPlace",
"Mumbai"
],
[
"Sagar_Movietone",
"locationCity",
"Mumbai"
],
[
"Samira_Koppikar",
"birthPlace",
"Mumbai"
],
[
"Samira_Koppikar",
"genre",
"Jazz"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
19142, Boris_Gostev
3141, Drum_kit
4793, Jazz
22078, Karen_Clark_Sheard
23384, Leonid_Agutin
15337, Live_for_You_(album)
28100, Phil_Bates
19546, Ralph_Bass
14959, Soviet_Union
6149, Tony_Wood_(musician)
9635, William_Weiner
16900, Word_Records
20246, Yegor_Letov
src, edge_attr, dst
19142, birthPlace, 14959
4793, instrument, 3141
22078, instrument, 3141
22078, recordLabel, 16900
23384, birthPlace, 14959
23384, genre, 4793
15337, recordLabel, 16900
28100, instrument, 3141
19546, genre, 4793
6149, instrument, 3141
6149, recordLabel, 16900
9635, birthPlace, 14959
9635, genre, 4793
20246, birthPlace, 14959
20246, instrument, 3141
Question: For what reason are Boris_Gostev, Live_for_You_(album), Phil_Bates, and Ralph_Bass associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Boris_Gostev",
"Live_for_You_(album)",
"Phil_Bates",
"Ralph_Bass"
],
"valid_edges": [
[
"Boris_Gostev",
"birthPlace",
"Soviet_Union"
],
[
"Jazz",
"instrument",
"Drum_kit"
],
[
"Karen_Clark_Sheard",
"instrument",
"Drum_kit"
],
[
"Karen_Clark_Sheard",
"recordLabel",
"Word_Records"
],
[
"Leonid_Agutin",
"birthPlace",
"Soviet_Union"
],
[
"Leonid_Agutin",
"genre",
"Jazz"
],
[
"Live_for_You_(album)",
"recordLabel",
"Word_Records"
],
[
"Phil_Bates",
"instrument",
"Drum_kit"
],
[
"Ralph_Bass",
"genre",
"Jazz"
],
[
"Tony_Wood_(musician)",
"instrument",
"Drum_kit"
],
[
"Tony_Wood_(musician)",
"recordLabel",
"Word_Records"
],
[
"William_Weiner",
"birthPlace",
"Soviet_Union"
],
[
"William_Weiner",
"genre",
"Jazz"
],
[
"Yegor_Letov",
"birthPlace",
"Soviet_Union"
],
[
"Yegor_Letov",
"instrument",
"Drum_kit"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
4995, Christian_music
3141, Drum_kit
21327, English_language
6454, Fractured_Transmitter_Recording_Company
19631, Heavy_metal_music
11001, Linda_Lavin
5409, Mother_Love_Bone_(album)
2695, Priscilla_Nedd-Friendly
3857, See_You_in_the_Morning_(film)
19716, Straight_A's
4508, The_Back-up_Plan
6149, Tony_Wood_(musician)
src, edge_attr, dst
6454, genre, 19631
19631, instrument, 3141
5409, genre, 19631
5409, language, 21327
3857, language, 21327
3857, starring, 11001
19716, editing, 2695
4508, editing, 2695
4508, starring, 11001
6149, genre, 4995
6149, instrument, 3141
Question: In what context are Christian_music, Fractured_Transmitter_Recording_Company, See_You_in_the_Morning_(film), and Straight_A's connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Christian_music",
"Fractured_Transmitter_Recording_Company",
"See_You_in_the_Morning_(film)",
"Straight_A's"
],
"valid_edges": [
[
"Fractured_Transmitter_Recording_Company",
"genre",
"Heavy_metal_music"
],
[
"Heavy_metal_music",
"instrument",
"Drum_kit"
],
[
"Mother_Love_Bone_(album)",
"genre",
"Heavy_metal_music"
],
[
"Mother_Love_Bone_(album)",
"language",
"English_language"
],
[
"See_You_in_the_Morning_(film)",
"language",
"English_language"
],
[
"See_You_in_the_Morning_(film)",
"starring",
"Linda_Lavin"
],
[
"Straight_A's",
"editing",
"Priscilla_Nedd-Friendly"
],
[
"The_Back-up_Plan",
"editing",
"Priscilla_Nedd-Friendly"
],
[
"The_Back-up_Plan",
"starring",
"Linda_Lavin"
],
[
"Tony_Wood_(musician)",
"genre",
"Christian_music"
],
[
"Tony_Wood_(musician)",
"instrument",
"Drum_kit"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
1560, Andrea_Gentile
11693, Evando
28905, FC_Girondins_de_Bordeaux
29245, Francesco_Baldini
28634, Giovanni_Bartolucci
7704, Giuliano_Giannichedda
9153, Italy_national_under-21_football_team
17174, Ivano_Bordon
12039, Joachim_Fernandez
14241, Juventus_F.C.
5810, Lorenzo_Scarafoni
7019, Luigi_Di_Biagio
10731, Luigi_Lavecchia
13026, Lúcio
25634, Massimo_Orlando
3288, Mirco_Sadotti
25009, Moussa_Maâzou
9977, Nicola_Amoruso
24516, Pasquale_Bruno
27826, S.S.D._Monza_1912
16852, Vitória_S.C.
src, edge_attr, dst
1560, team, 14241
1560, team, 27826
11693, team, 16852
29245, team, 9153
29245, team, 14241
28634, team, 14241
28634, team, 27826
7704, team, 9153
7704, team, 14241
9153, coach, 7019
17174, managerClub, 14241
17174, team, 9153
12039, team, 28905
12039, team, 27826
5810, team, 9153
7019, managerClub, 9153
7019, team, 9153
7019, team, 27826
10731, team, 9153
10731, team, 14241
13026, team, 14241
25634, team, 9153
25634, team, 14241
3288, team, 9153
3288, team, 27826
25009, team, 28905
25009, team, 16852
9977, team, 9153
9977, team, 14241
24516, team, 9153
24516, team, 14241
Question: In what context are Evando, Joachim_Fernandez, Lorenzo_Scarafoni, and Lúcio connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Evando",
"Joachim_Fernandez",
"Lorenzo_Scarafoni",
"Lúcio"
],
"valid_edges": [
[
"Andrea_Gentile",
"team",
"Juventus_F.C."
],
[
"Andrea_Gentile",
"team",
"S.S.D._Monza_1912"
],
[
"Evando",
"team",
"Vitória_S.C."
],
[
"Francesco_Baldini",
"team",
"Italy_national_under-21_football_team"
],
[
"Francesco_Baldini",
"team",
"Juventus_F.C."
],
[
"Giovanni_Bartolucci",
"team",
"Juventus_F.C."
],
[
"Giovanni_Bartolucci",
"team",
"S.S.D._Monza_1912"
],
[
"Giuliano_Giannichedda",
"team",
"Italy_national_under-21_football_team"
],
[
"Giuliano_Giannichedda",
"team",
"Juventus_F.C."
],
[
"Italy_national_under-21_football_team",
"coach",
"Luigi_Di_Biagio"
],
[
"Ivano_Bordon",
"managerClub",
"Juventus_F.C."
],
[
"Ivano_Bordon",
"team",
"Italy_national_under-21_football_team"
],
[
"Joachim_Fernandez",
"team",
"FC_Girondins_de_Bordeaux"
],
[
"Joachim_Fernandez",
"team",
"S.S.D._Monza_1912"
],
[
"Lorenzo_Scarafoni",
"team",
"Italy_national_under-21_football_team"
],
[
"Luigi_Di_Biagio",
"managerClub",
"Italy_national_under-21_football_team"
],
[
"Luigi_Di_Biagio",
"team",
"Italy_national_under-21_football_team"
],
[
"Luigi_Di_Biagio",
"team",
"S.S.D._Monza_1912"
],
[
"Luigi_Lavecchia",
"team",
"Italy_national_under-21_football_team"
],
[
"Luigi_Lavecchia",
"team",
"Juventus_F.C."
],
[
"Lúcio",
"team",
"Juventus_F.C."
],
[
"Massimo_Orlando",
"team",
"Italy_national_under-21_football_team"
],
[
"Massimo_Orlando",
"team",
"Juventus_F.C."
],
[
"Mirco_Sadotti",
"team",
"Italy_national_under-21_football_team"
],
[
"Mirco_Sadotti",
"team",
"S.S.D._Monza_1912"
],
[
"Moussa_Maâzou",
"team",
"FC_Girondins_de_Bordeaux"
],
[
"Moussa_Maâzou",
"team",
"Vitória_S.C."
],
[
"Nicola_Amoruso",
"team",
"Italy_national_under-21_football_team"
],
[
"Nicola_Amoruso",
"team",
"Juventus_F.C."
],
[
"Pasquale_Bruno",
"team",
"Italy_national_under-21_football_team"
],
[
"Pasquale_Bruno",
"team",
"Juventus_F.C."
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
25221, Barndance_Boys
13960, Bavarian_Fruit_Bread
29348, Bella_Union
12731, Donatan
16764, Dray_Skky
14340, East_India_Company
26313, Folk_music
394, From_the_Hut,_to_the_Projects,_to_the_Mansion
14854, Heist_or_Hit_Records
24868, Hip_hop_music
12947, Hit_the_Lights_(Jay_Sean_song)
23014, Ill_Flava_Records
20033, Jamie_N_Commons
2035, Jay_Sean
4793, Jazz
1983, John_Kirkpatrick_(musician)
14176, K-pop
5760, Kayper
15869, Kingdom_of_Great_Britain
23478, Lil_Pappie
6158, London
12265, Loose_Music
5310, Market_Drayton
11024, Miguel_Atwood-Ferguson
3847, RAIGN
25444, Robert_Clive
22967, Rowdy_Superstar
24651, Space_Cowboy_(musician)
1395, Su-Elise_Nash
16909, Teardrop_(song)
8987, The_Climbers_(band)
30355, The_Leisure_Society
1258, The_PSM
29068, The_Portland_Cello_Project
13985, Tim_Fite
769, Tinie_Tempah
16049, Ty_(rapper)
src, edge_attr, dst
25221, genre, 26313
25221, hometown, 6158
13960, genre, 26313
13960, recordedIn, 6158
29348, genre, 26313
29348, genre, 24868
29348, location, 6158
12731, genre, 26313
12731, genre, 24868
16764, genre, 24868
14340, locationCity, 6158
394, genre, 26313
394, genre, 24868
14854, genre, 26313
14854, location, 6158
24868, stylisticOrigin, 4793
12947, musicalArtist, 2035
12947, musicalBand, 2035
12947, writer, 2035
23014, genre, 24868
23014, location, 6158
20033, genre, 26313
20033, hometown, 6158
2035, birthPlace, 6158
2035, genre, 24868
4793, derivative, 24868
4793, stylisticOrigin, 26313
1983, genre, 26313
1983, hometown, 6158
14176, stylisticOrigin, 26313
14176, stylisticOrigin, 24868
5760, birthPlace, 6158
5760, genre, 24868
15869, capital, 6158
23478, genre, 24868
23478, hometown, 6158
12265, genre, 26313
12265, location, 6158
11024, genre, 26313
11024, genre, 24868
3847, genre, 26313
3847, hometown, 6158
25444, birthPlace, 5310
25444, country, 15869
25444, deathPlace, 6158
25444, militaryUnit, 14340
25444, nationality, 15869
22967, genre, 24868
22967, hometown, 6158
24651, genre, 24868
24651, hometown, 6158
1395, genre, 24868
1395, hometown, 6158
16909, genre, 26313
16909, genre, 24868
8987, genre, 26313
8987, hometown, 6158
30355, genre, 26313
30355, hometown, 6158
1258, genre, 24868
1258, hometown, 6158
29068, genre, 26313
29068, genre, 24868
13985, genre, 26313
13985, genre, 24868
769, birthPlace, 6158
769, genre, 24868
16049, birthPlace, 6158
16049, genre, 24868
Question: In what context are Dray_Skky, Hit_the_Lights_(Jay_Sean_song), John_Kirkpatrick_(musician), and Market_Drayton connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Dray_Skky",
"Hit_the_Lights_(Jay_Sean_song)",
"John_Kirkpatrick_(musician)",
"Market_Drayton"
],
"valid_edges": [
[
"Barndance_Boys",
"genre",
"Folk_music"
],
[
"Barndance_Boys",
"hometown",
"London"
],
[
"Bavarian_Fruit_Bread",
"genre",
"Folk_music"
],
[
"Bavarian_Fruit_Bread",
"recordedIn",
"London"
],
[
"Bella_Union",
"genre",
"Folk_music"
],
[
"Bella_Union",
"genre",
"Hip_hop_music"
],
[
"Bella_Union",
"location",
"London"
],
[
"Donatan",
"genre",
"Folk_music"
],
[
"Donatan",
"genre",
"Hip_hop_music"
],
[
"Dray_Skky",
"genre",
"Hip_hop_music"
],
[
"East_India_Company",
"locationCity",
"London"
],
[
"From_the_Hut,_to_the_Projects,_to_the_Mansion",
"genre",
"Folk_music"
],
[
"From_the_Hut,_to_the_Projects,_to_the_Mansion",
"genre",
"Hip_hop_music"
],
[
"Heist_or_Hit_Records",
"genre",
"Folk_music"
],
[
"Heist_or_Hit_Records",
"location",
"London"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Hit_the_Lights_(Jay_Sean_song)",
"musicalArtist",
"Jay_Sean"
],
[
"Hit_the_Lights_(Jay_Sean_song)",
"musicalBand",
"Jay_Sean"
],
[
"Hit_the_Lights_(Jay_Sean_song)",
"writer",
"Jay_Sean"
],
[
"Ill_Flava_Records",
"genre",
"Hip_hop_music"
],
[
"Ill_Flava_Records",
"location",
"London"
],
[
"Jamie_N_Commons",
"genre",
"Folk_music"
],
[
"Jamie_N_Commons",
"hometown",
"London"
],
[
"Jay_Sean",
"birthPlace",
"London"
],
[
"Jay_Sean",
"genre",
"Hip_hop_music"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Jazz",
"stylisticOrigin",
"Folk_music"
],
[
"John_Kirkpatrick_(musician)",
"genre",
"Folk_music"
],
[
"John_Kirkpatrick_(musician)",
"hometown",
"London"
],
[
"K-pop",
"stylisticOrigin",
"Folk_music"
],
[
"K-pop",
"stylisticOrigin",
"Hip_hop_music"
],
[
"Kayper",
"birthPlace",
"London"
],
[
"Kayper",
"genre",
"Hip_hop_music"
],
[
"Kingdom_of_Great_Britain",
"capital",
"London"
],
[
"Lil_Pappie",
"genre",
"Hip_hop_music"
],
[
"Lil_Pappie",
"hometown",
"London"
],
[
"Loose_Music",
"genre",
"Folk_music"
],
[
"Loose_Music",
"location",
"London"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Folk_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Hip_hop_music"
],
[
"RAIGN",
"genre",
"Folk_music"
],
[
"RAIGN",
"hometown",
"London"
],
[
"Robert_Clive",
"birthPlace",
"Market_Drayton"
],
[
"Robert_Clive",
"country",
"Kingdom_of_Great_Britain"
],
[
"Robert_Clive",
"deathPlace",
"London"
],
[
"Robert_Clive",
"militaryUnit",
"East_India_Company"
],
[
"Robert_Clive",
"nationality",
"Kingdom_of_Great_Britain"
],
[
"Rowdy_Superstar",
"genre",
"Hip_hop_music"
],
[
"Rowdy_Superstar",
"hometown",
"London"
],
[
"Space_Cowboy_(musician)",
"genre",
"Hip_hop_music"
],
[
"Space_Cowboy_(musician)",
"hometown",
"London"
],
[
"Su-Elise_Nash",
"genre",
"Hip_hop_music"
],
[
"Su-Elise_Nash",
"hometown",
"London"
],
[
"Teardrop_(song)",
"genre",
"Folk_music"
],
[
"Teardrop_(song)",
"genre",
"Hip_hop_music"
],
[
"The_Climbers_(band)",
"genre",
"Folk_music"
],
[
"The_Climbers_(band)",
"hometown",
"London"
],
[
"The_Leisure_Society",
"genre",
"Folk_music"
],
[
"The_Leisure_Society",
"hometown",
"London"
],
[
"The_PSM",
"genre",
"Hip_hop_music"
],
[
"The_PSM",
"hometown",
"London"
],
[
"The_Portland_Cello_Project",
"genre",
"Folk_music"
],
[
"The_Portland_Cello_Project",
"genre",
"Hip_hop_music"
],
[
"Tim_Fite",
"genre",
"Folk_music"
],
[
"Tim_Fite",
"genre",
"Hip_hop_music"
],
[
"Tinie_Tempah",
"birthPlace",
"London"
],
[
"Tinie_Tempah",
"genre",
"Hip_hop_music"
],
[
"Ty_(rapper)",
"birthPlace",
"London"
],
[
"Ty_(rapper)",
"genre",
"Hip_hop_music"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
23672, Big_Band_Reflections_of_Cole_Porter
26313, Folk_music
24868, Hip_hop_music
10938, Jagjit_Singh
4793, Jazz
23384, Leonid_Agutin
27131, Leonid_Mikhailovich_Kharitonov
26984, Luis_Resto_(musician)
5218, Magic_Stick
14750, Mark_Eliyahu
11024, Miguel_Atwood-Ferguson
10084, Miles_Mosley
6273, Miri_Yusif
7869, Oleh_Blokhin
14959, Soviet_Union
1551, Victor_Ivanovich_Nikitin
9635, William_Weiner
src, edge_attr, dst
23672, genre, 4793
24868, stylisticOrigin, 4793
10938, genre, 26313
4793, derivative, 24868
4793, stylisticOrigin, 26313
23384, birthPlace, 14959
23384, genre, 4793
27131, birthPlace, 14959
27131, genre, 26313
27131, hometown, 14959
26984, genre, 24868
26984, genre, 4793
5218, genre, 24868
14750, genre, 26313
14750, hometown, 14959
11024, genre, 26313
11024, genre, 24868
11024, genre, 4793
10084, genre, 24868
10084, genre, 4793
6273, birthPlace, 14959
6273, genre, 24868
7869, birthPlace, 14959
1551, genre, 26313
1551, hometown, 14959
9635, birthPlace, 14959
9635, genre, 4793
Question: How are Big_Band_Reflections_of_Cole_Porter, Jagjit_Singh, Magic_Stick, and Oleh_Blokhin related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Big_Band_Reflections_of_Cole_Porter",
"Jagjit_Singh",
"Magic_Stick",
"Oleh_Blokhin"
],
"valid_edges": [
[
"Big_Band_Reflections_of_Cole_Porter",
"genre",
"Jazz"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Jagjit_Singh",
"genre",
"Folk_music"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Jazz",
"stylisticOrigin",
"Folk_music"
],
[
"Leonid_Agutin",
"birthPlace",
"Soviet_Union"
],
[
"Leonid_Agutin",
"genre",
"Jazz"
],
[
"Leonid_Mikhailovich_Kharitonov",
"birthPlace",
"Soviet_Union"
],
[
"Leonid_Mikhailovich_Kharitonov",
"genre",
"Folk_music"
],
[
"Leonid_Mikhailovich_Kharitonov",
"hometown",
"Soviet_Union"
],
[
"Luis_Resto_(musician)",
"genre",
"Hip_hop_music"
],
[
"Luis_Resto_(musician)",
"genre",
"Jazz"
],
[
"Magic_Stick",
"genre",
"Hip_hop_music"
],
[
"Mark_Eliyahu",
"genre",
"Folk_music"
],
[
"Mark_Eliyahu",
"hometown",
"Soviet_Union"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Folk_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Hip_hop_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Jazz"
],
[
"Miles_Mosley",
"genre",
"Hip_hop_music"
],
[
"Miles_Mosley",
"genre",
"Jazz"
],
[
"Miri_Yusif",
"birthPlace",
"Soviet_Union"
],
[
"Miri_Yusif",
"genre",
"Hip_hop_music"
],
[
"Oleh_Blokhin",
"birthPlace",
"Soviet_Union"
],
[
"Victor_Ivanovich_Nikitin",
"genre",
"Folk_music"
],
[
"Victor_Ivanovich_Nikitin",
"hometown",
"Soviet_Union"
],
[
"William_Weiner",
"birthPlace",
"Soviet_Union"
],
[
"William_Weiner",
"genre",
"Jazz"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
17369, Adrian_Pradhan
22887, Cry_for_Happy
21327, English_language
28521, Fox_Sports_Southeast
11433, Geek_Girl_(novel)
29503, God_Bless_the_Child_(Billie_Holiday_song)
4793, Jazz
18015, Lake_Keowee
21029, Live_in_Europe_1967:_The_Bootleg_Series_Vol._1
24770, Model_(people)
22074, South_Carolina
src, edge_attr, dst
17369, occupation, 24770
22887, language, 21327
28521, broadcastArea, 22074
28521, language, 21327
11433, language, 21327
11433, nonFictionSubject, 24770
29503, genre, 4793
18015, location, 22074
21029, genre, 4793
21029, language, 21327
Question: For what reason are Adrian_Pradhan, Cry_for_Happy, God_Bless_the_Child_(Billie_Holiday_song), and Lake_Keowee associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Adrian_Pradhan",
"Cry_for_Happy",
"God_Bless_the_Child_(Billie_Holiday_song)",
"Lake_Keowee"
],
"valid_edges": [
[
"Adrian_Pradhan",
"occupation",
"Model_(people)"
],
[
"Cry_for_Happy",
"language",
"English_language"
],
[
"Fox_Sports_Southeast",
"broadcastArea",
"South_Carolina"
],
[
"Fox_Sports_Southeast",
"language",
"English_language"
],
[
"Geek_Girl_(novel)",
"language",
"English_language"
],
[
"Geek_Girl_(novel)",
"nonFictionSubject",
"Model_(people)"
],
[
"God_Bless_the_Child_(Billie_Holiday_song)",
"genre",
"Jazz"
],
[
"Lake_Keowee",
"location",
"South_Carolina"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"genre",
"Jazz"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"language",
"English_language"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
26760, Abel_Pintos
28305, Appnovation
24292, At_the_Coliseum
18629, Change_(Miho_Fukuhara_song)
593, EXID
26313, Folk_music
7241, Joe_Strummer
6158, London
21168, Maria_Mena
29926, Martie_Maguire
18475, Sacheon
11784, Sony_Music_Entertainment
13319, South_Korea
24513, The_John_Denver_Band
28349, The_Pokémon_Company
25697, Tradicional
src, edge_attr, dst
26760, genre, 26313
26760, recordLabel, 11784
28305, location, 6158
24292, genre, 26313
24292, recordLabel, 11784
18629, genre, 26313
18629, recordLabel, 11784
593, hometown, 13319
593, recordLabel, 11784
7241, genre, 26313
7241, recordLabel, 11784
21168, genre, 26313
21168, recordLabel, 11784
29926, genre, 26313
29926, recordLabel, 11784
18475, country, 13319
24513, formerBandMember, 24513
24513, genre, 26313
28349, location, 6158
28349, location, 13319
25697, recordLabel, 11784
Question: In what context are Appnovation, Sacheon, The_John_Denver_Band, and Tradicional connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Appnovation",
"Sacheon",
"The_John_Denver_Band",
"Tradicional"
],
"valid_edges": [
[
"Abel_Pintos",
"genre",
"Folk_music"
],
[
"Abel_Pintos",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Appnovation",
"location",
"London"
],
[
"At_the_Coliseum",
"genre",
"Folk_music"
],
[
"At_the_Coliseum",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Change_(Miho_Fukuhara_song)",
"genre",
"Folk_music"
],
[
"Change_(Miho_Fukuhara_song)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"EXID",
"hometown",
"South_Korea"
],
[
"EXID",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Joe_Strummer",
"genre",
"Folk_music"
],
[
"Joe_Strummer",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Maria_Mena",
"genre",
"Folk_music"
],
[
"Maria_Mena",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Martie_Maguire",
"genre",
"Folk_music"
],
[
"Martie_Maguire",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Sacheon",
"country",
"South_Korea"
],
[
"The_John_Denver_Band",
"formerBandMember",
"The_John_Denver_Band"
],
[
"The_John_Denver_Band",
"genre",
"Folk_music"
],
[
"The_Pokémon_Company",
"location",
"London"
],
[
"The_Pokémon_Company",
"location",
"South_Korea"
],
[
"Tradicional",
"recordLabel",
"Sony_Music_Entertainment"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
10393, Baltimore
29224, First_Citizens_BancShares
29368, Her_Hidden_Truth
6114, Investment
25502, James_A._Black
8039, Jim_Crockett,_Sr._Memorial_Cup_Tag_Team_Tournament
25146, Ken_Howard
4560, Robert_Goodloe_Harper
1738, Samuel_Dibble
22074, South_Carolina
11650, Spring_Bank
11013, Vanessa_Lachey
14405, War_of_1812
24758, ¡Qué_Sorpresa!
src, edge_attr, dst
29224, industry, 6114
29224, regionServed, 22074
29368, starring, 25146
25502, battle, 14405
25502, birthPlace, 22074
25502, region, 22074
8039, location, 10393
8039, location, 22074
4560, battle, 14405
4560, deathPlace, 10393
4560, region, 22074
1738, deathPlace, 10393
1738, region, 22074
11650, product, 6114
11013, hometown, 22074
24758, guest, 25146
24758, guest, 11013
Question: For what reason are Her_Hidden_Truth, Robert_Goodloe_Harper, Spring_Bank, and ¡Qué_Sorpresa! associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Her_Hidden_Truth",
"Robert_Goodloe_Harper",
"Spring_Bank",
"¡Qué_Sorpresa!"
],
"valid_edges": [
[
"First_Citizens_BancShares",
"industry",
"Investment"
],
[
"First_Citizens_BancShares",
"regionServed",
"South_Carolina"
],
[
"Her_Hidden_Truth",
"starring",
"Ken_Howard"
],
[
"James_A._Black",
"battle",
"War_of_1812"
],
[
"James_A._Black",
"birthPlace",
"South_Carolina"
],
[
"James_A._Black",
"region",
"South_Carolina"
],
[
"Jim_Crockett,_Sr._Memorial_Cup_Tag_Team_Tournament",
"location",
"Baltimore"
],
[
"Jim_Crockett,_Sr._Memorial_Cup_Tag_Team_Tournament",
"location",
"South_Carolina"
],
[
"Robert_Goodloe_Harper",
"battle",
"War_of_1812"
],
[
"Robert_Goodloe_Harper",
"deathPlace",
"Baltimore"
],
[
"Robert_Goodloe_Harper",
"region",
"South_Carolina"
],
[
"Samuel_Dibble",
"deathPlace",
"Baltimore"
],
[
"Samuel_Dibble",
"region",
"South_Carolina"
],
[
"Spring_Bank",
"product",
"Investment"
],
[
"Vanessa_Lachey",
"hometown",
"South_Carolina"
],
[
"¡Qué_Sorpresa!",
"guest",
"Ken_Howard"
],
[
"¡Qué_Sorpresa!",
"guest",
"Vanessa_Lachey"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
18790, 2-4_Family
28345, Alan_Silva
10629, Ariola_Records
29628, Bad_Boy_Records
18549, Bharya_(1962_film)
28429, Big_Brovaz
29161, Bix_Beiderbecke
18582, Blak_Prophetz
153, Blow_Your_Headphones
8750, Branford_Marsalis
4026, Buckshot_LeFonque_(album)
29079, Cage_(rapper)
22017, Chad_Szeliga
4078, Chicago:_Music_from_the_Miramax_Motion_Picture
5141, Chris_Paxton
7235, Coke_Bottle_(song)
3345, Come_with_Me_(Puff_Daddy_song)
1698, Curt_Schille
30078, Curumin
9092, D'Kings_Men
670, Dani_Stevenson
26996, Delicious_Vinyl
543, Denny_Zeitlin
18476, Doctor_Steel
13067, Edgar_Meyer
270, Embrace_the_Chaos
22864, Embryo_(band)
14759, Even_Steven_Levee
3970, Fabrizio_Sotti
21091, Favourite_Things_(song)
12020, Fizzy_Qwick
5015, G._Devarajan
6831, Germany
11586, Giant_Step
22823, Giuni_Russo
18083, Hank_Jones
18180, Hard_Kaur
6684, Havoc_(musician)
14336, Hear_the_Crowd
24868, Hip_hop_music
21400, Indy_Sagu
20685, Isadar
4793, Jazz
25171, Jean-Michel_Soupraya
7977, Jeff_Healey
21354, Joe_Jackson_(musician)
14176, K-pop
28093, Keko_(rapper)
24641, La_the_Darkman
21029, Live_in_Europe_1967:_The_Bootleg_Series_Vol._1
26984, Luis_Resto_(musician)
25516, MC_900_Ft._Jesus
26319, Mathew_Knowles_&_Music_World_Present_Vol.1:_Love_Destiny
14008, Men_in_Black:_The_Album
19067, Mesk_Records
25965, Michael_Kaeshammer
11024, Miguel_Atwood-Ferguson
10084, Miles_Mosley
28114, Mocky
17081, Neo_soul
19796, OK_(Big_Brovaz_song)
17424, Peter_Lehel
15091, Playtime_Is_Over_(Candyman_album)
8769, Priyamulla_Sophia
25616, Public_Enemy_(music_group)
9089, Pump_organ
19754, S._P._Pillai
16566, Sachin–Jigar
15034, Saki_Kaskas
11784, Sony_Music_Entertainment
2256, Swagger_Jagger
8081, Tab_Two
29068, The_Portland_Cello_Project
20403, The_Worlds_Freshest_(Dj.Fresh)
29529, Thirsty_Ear_Recordings
20652, Tony_Bennett:_The_Playground
2287, Umbrella_(Shota_Shimizu_album)
18530, Wes_Felton
13364, Wesley_Geer
19912, Willard_Hill
src, edge_attr, dst
18790, genre, 24868
18790, hometown, 6831
28345, genre, 4793
28345, recordLabel, 11784
10629, country, 6831
10629, distributingCompany, 11784
10629, distributingLabel, 11784
10629, parentCompany, 11784
29628, distributingCompany, 11784
29628, distributingLabel, 11784
29628, genre, 24868
29628, parentCompany, 11784
18549, musicComposer, 5015
18549, starring, 19754
28429, genre, 24868
28429, recordLabel, 11784
29161, genre, 4793
29161, recordLabel, 11784
18582, genre, 24868
18582, genre, 4793
153, genre, 24868
153, genre, 4793
8750, genre, 4793
8750, recordLabel, 11784
4026, genre, 4793
4026, recordLabel, 11784
29079, birthPlace, 6831
29079, genre, 24868
22017, genre, 24868
22017, genre, 4793
4078, genre, 24868
4078, genre, 4793
5141, genre, 24868
5141, genre, 4793
7235, genre, 24868
7235, recordLabel, 11784
3345, genre, 24868
3345, recordLabel, 11784
1698, birthPlace, 6831
1698, deathPlace, 6831
30078, genre, 24868
30078, genre, 4793
9092, genre, 24868
9092, recordLabel, 11784
670, genre, 24868
670, genre, 4793
26996, genre, 24868
26996, genre, 4793
543, genre, 4793
543, recordLabel, 11784
18476, genre, 24868
18476, genre, 4793
13067, genre, 4793
13067, recordLabel, 11784
270, genre, 24868
270, genre, 4793
22864, formerBandMember, 9089
22864, hometown, 6831
14759, genre, 24868
14759, genre, 4793
3970, genre, 24868
3970, genre, 4793
21091, genre, 24868
21091, recordLabel, 11784
12020, genre, 4793
12020, recordLabel, 11784
5015, instrument, 9089
11586, genre, 24868
11586, genre, 4793
22823, genre, 4793
22823, recordLabel, 11784
18083, genre, 4793
18083, recordLabel, 11784
18180, genre, 24868
18180, recordLabel, 11784
6684, genre, 24868
6684, recordLabel, 11784
14336, genre, 24868
14336, recordLabel, 11784
24868, derivative, 17081
24868, musicFusionGenre, 17081
24868, stylisticOrigin, 4793
21400, genre, 24868
21400, instrument, 9089
20685, genre, 4793
20685, recordLabel, 11784
4793, derivative, 24868
4793, musicFusionGenre, 17081
25171, genre, 24868
25171, genre, 4793
7977, genre, 4793
7977, recordLabel, 11784
21354, genre, 4793
21354, recordLabel, 11784
14176, stylisticOrigin, 24868
14176, stylisticOrigin, 4793
28093, genre, 24868
28093, recordLabel, 11784
24641, genre, 24868
24641, recordLabel, 11784
21029, genre, 4793
21029, recordLabel, 11784
26984, genre, 24868
26984, genre, 4793
25516, genre, 24868
25516, genre, 4793
26319, genre, 24868
26319, recordLabel, 11784
14008, genre, 24868
14008, recordLabel, 11784
19067, country, 6831
19067, genre, 24868
19067, location, 6831
25965, birthPlace, 6831
25965, genre, 4793
11024, genre, 24868
11024, genre, 4793
10084, genre, 24868
10084, genre, 4793
28114, genre, 24868
28114, genre, 4793
17081, stylisticOrigin, 24868
17081, stylisticOrigin, 4793
19796, genre, 24868
19796, recordLabel, 11784
17424, genre, 4793
17424, hometown, 6831
15091, genre, 24868
15091, recordLabel, 11784
8769, musicComposer, 5015
25616, genre, 24868
25616, recordLabel, 11784
16566, genre, 24868
16566, genre, 4793
16566, instrument, 9089
16566, recordLabel, 11784
15034, birthPlace, 6831
15034, genre, 4793
2256, genre, 24868
2256, recordLabel, 11784
8081, genre, 24868
8081, hometown, 6831
29068, genre, 24868
29068, genre, 4793
20403, genre, 24868
20403, genre, 4793
29529, genre, 24868
29529, genre, 4793
20652, genre, 4793
20652, recordLabel, 11784
2287, genre, 24868
2287, genre, 4793
18530, genre, 24868
18530, genre, 4793
13364, genre, 24868
13364, genre, 4793
19912, genre, 24868
19912, genre, 4793
Question: In what context are Curt_Schille, Priyamulla_Sophia, S._P._Pillai, and Sachin–Jigar connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Curt_Schille",
"Priyamulla_Sophia",
"S._P._Pillai",
"Sachin–Jigar"
],
"valid_edges": [
[
"2-4_Family",
"genre",
"Hip_hop_music"
],
[
"2-4_Family",
"hometown",
"Germany"
],
[
"Alan_Silva",
"genre",
"Jazz"
],
[
"Alan_Silva",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Ariola_Records",
"country",
"Germany"
],
[
"Ariola_Records",
"distributingCompany",
"Sony_Music_Entertainment"
],
[
"Ariola_Records",
"distributingLabel",
"Sony_Music_Entertainment"
],
[
"Ariola_Records",
"parentCompany",
"Sony_Music_Entertainment"
],
[
"Bad_Boy_Records",
"distributingCompany",
"Sony_Music_Entertainment"
],
[
"Bad_Boy_Records",
"distributingLabel",
"Sony_Music_Entertainment"
],
[
"Bad_Boy_Records",
"genre",
"Hip_hop_music"
],
[
"Bad_Boy_Records",
"parentCompany",
"Sony_Music_Entertainment"
],
[
"Bharya_(1962_film)",
"musicComposer",
"G._Devarajan"
],
[
"Bharya_(1962_film)",
"starring",
"S._P._Pillai"
],
[
"Big_Brovaz",
"genre",
"Hip_hop_music"
],
[
"Big_Brovaz",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Bix_Beiderbecke",
"genre",
"Jazz"
],
[
"Bix_Beiderbecke",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Blak_Prophetz",
"genre",
"Hip_hop_music"
],
[
"Blak_Prophetz",
"genre",
"Jazz"
],
[
"Blow_Your_Headphones",
"genre",
"Hip_hop_music"
],
[
"Blow_Your_Headphones",
"genre",
"Jazz"
],
[
"Branford_Marsalis",
"genre",
"Jazz"
],
[
"Branford_Marsalis",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Buckshot_LeFonque_(album)",
"genre",
"Jazz"
],
[
"Buckshot_LeFonque_(album)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Cage_(rapper)",
"birthPlace",
"Germany"
],
[
"Cage_(rapper)",
"genre",
"Hip_hop_music"
],
[
"Chad_Szeliga",
"genre",
"Hip_hop_music"
],
[
"Chad_Szeliga",
"genre",
"Jazz"
],
[
"Chicago:_Music_from_the_Miramax_Motion_Picture",
"genre",
"Hip_hop_music"
],
[
"Chicago:_Music_from_the_Miramax_Motion_Picture",
"genre",
"Jazz"
],
[
"Chris_Paxton",
"genre",
"Hip_hop_music"
],
[
"Chris_Paxton",
"genre",
"Jazz"
],
[
"Coke_Bottle_(song)",
"genre",
"Hip_hop_music"
],
[
"Coke_Bottle_(song)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Come_with_Me_(Puff_Daddy_song)",
"genre",
"Hip_hop_music"
],
[
"Come_with_Me_(Puff_Daddy_song)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Curt_Schille",
"birthPlace",
"Germany"
],
[
"Curt_Schille",
"deathPlace",
"Germany"
],
[
"Curumin",
"genre",
"Hip_hop_music"
],
[
"Curumin",
"genre",
"Jazz"
],
[
"D'Kings_Men",
"genre",
"Hip_hop_music"
],
[
"D'Kings_Men",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Dani_Stevenson",
"genre",
"Hip_hop_music"
],
[
"Dani_Stevenson",
"genre",
"Jazz"
],
[
"Delicious_Vinyl",
"genre",
"Hip_hop_music"
],
[
"Delicious_Vinyl",
"genre",
"Jazz"
],
[
"Denny_Zeitlin",
"genre",
"Jazz"
],
[
"Denny_Zeitlin",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Doctor_Steel",
"genre",
"Hip_hop_music"
],
[
"Doctor_Steel",
"genre",
"Jazz"
],
[
"Edgar_Meyer",
"genre",
"Jazz"
],
[
"Edgar_Meyer",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Embrace_the_Chaos",
"genre",
"Hip_hop_music"
],
[
"Embrace_the_Chaos",
"genre",
"Jazz"
],
[
"Embryo_(band)",
"formerBandMember",
"Pump_organ"
],
[
"Embryo_(band)",
"hometown",
"Germany"
],
[
"Even_Steven_Levee",
"genre",
"Hip_hop_music"
],
[
"Even_Steven_Levee",
"genre",
"Jazz"
],
[
"Fabrizio_Sotti",
"genre",
"Hip_hop_music"
],
[
"Fabrizio_Sotti",
"genre",
"Jazz"
],
[
"Favourite_Things_(song)",
"genre",
"Hip_hop_music"
],
[
"Favourite_Things_(song)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Fizzy_Qwick",
"genre",
"Jazz"
],
[
"Fizzy_Qwick",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"G._Devarajan",
"instrument",
"Pump_organ"
],
[
"Giant_Step",
"genre",
"Hip_hop_music"
],
[
"Giant_Step",
"genre",
"Jazz"
],
[
"Giuni_Russo",
"genre",
"Jazz"
],
[
"Giuni_Russo",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Hank_Jones",
"genre",
"Jazz"
],
[
"Hank_Jones",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Hard_Kaur",
"genre",
"Hip_hop_music"
],
[
"Hard_Kaur",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Havoc_(musician)",
"genre",
"Hip_hop_music"
],
[
"Havoc_(musician)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Hear_the_Crowd",
"genre",
"Hip_hop_music"
],
[
"Hear_the_Crowd",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Hip_hop_music",
"derivative",
"Neo_soul"
],
[
"Hip_hop_music",
"musicFusionGenre",
"Neo_soul"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Indy_Sagu",
"genre",
"Hip_hop_music"
],
[
"Indy_Sagu",
"instrument",
"Pump_organ"
],
[
"Isadar",
"genre",
"Jazz"
],
[
"Isadar",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Jazz",
"musicFusionGenre",
"Neo_soul"
],
[
"Jean-Michel_Soupraya",
"genre",
"Hip_hop_music"
],
[
"Jean-Michel_Soupraya",
"genre",
"Jazz"
],
[
"Jeff_Healey",
"genre",
"Jazz"
],
[
"Jeff_Healey",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Joe_Jackson_(musician)",
"genre",
"Jazz"
],
[
"Joe_Jackson_(musician)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"K-pop",
"stylisticOrigin",
"Hip_hop_music"
],
[
"K-pop",
"stylisticOrigin",
"Jazz"
],
[
"Keko_(rapper)",
"genre",
"Hip_hop_music"
],
[
"Keko_(rapper)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"La_the_Darkman",
"genre",
"Hip_hop_music"
],
[
"La_the_Darkman",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"genre",
"Jazz"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Luis_Resto_(musician)",
"genre",
"Hip_hop_music"
],
[
"Luis_Resto_(musician)",
"genre",
"Jazz"
],
[
"MC_900_Ft._Jesus",
"genre",
"Hip_hop_music"
],
[
"MC_900_Ft._Jesus",
"genre",
"Jazz"
],
[
"Mathew_Knowles_&_Music_World_Present_Vol.1:_Love_Destiny",
"genre",
"Hip_hop_music"
],
[
"Mathew_Knowles_&_Music_World_Present_Vol.1:_Love_Destiny",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Men_in_Black:_The_Album",
"genre",
"Hip_hop_music"
],
[
"Men_in_Black:_The_Album",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Mesk_Records",
"country",
"Germany"
],
[
"Mesk_Records",
"genre",
"Hip_hop_music"
],
[
"Mesk_Records",
"location",
"Germany"
],
[
"Michael_Kaeshammer",
"birthPlace",
"Germany"
],
[
"Michael_Kaeshammer",
"genre",
"Jazz"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Hip_hop_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Jazz"
],
[
"Miles_Mosley",
"genre",
"Hip_hop_music"
],
[
"Miles_Mosley",
"genre",
"Jazz"
],
[
"Mocky",
"genre",
"Hip_hop_music"
],
[
"Mocky",
"genre",
"Jazz"
],
[
"Neo_soul",
"stylisticOrigin",
"Hip_hop_music"
],
[
"Neo_soul",
"stylisticOrigin",
"Jazz"
],
[
"OK_(Big_Brovaz_song)",
"genre",
"Hip_hop_music"
],
[
"OK_(Big_Brovaz_song)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Peter_Lehel",
"genre",
"Jazz"
],
[
"Peter_Lehel",
"hometown",
"Germany"
],
[
"Playtime_Is_Over_(Candyman_album)",
"genre",
"Hip_hop_music"
],
[
"Playtime_Is_Over_(Candyman_album)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Priyamulla_Sophia",
"musicComposer",
"G._Devarajan"
],
[
"Public_Enemy_(music_group)",
"genre",
"Hip_hop_music"
],
[
"Public_Enemy_(music_group)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Sachin–Jigar",
"genre",
"Hip_hop_music"
],
[
"Sachin–Jigar",
"genre",
"Jazz"
],
[
"Sachin–Jigar",
"instrument",
"Pump_organ"
],
[
"Sachin–Jigar",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Saki_Kaskas",
"birthPlace",
"Germany"
],
[
"Saki_Kaskas",
"genre",
"Jazz"
],
[
"Swagger_Jagger",
"genre",
"Hip_hop_music"
],
[
"Swagger_Jagger",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Tab_Two",
"genre",
"Hip_hop_music"
],
[
"Tab_Two",
"hometown",
"Germany"
],
[
"The_Portland_Cello_Project",
"genre",
"Hip_hop_music"
],
[
"The_Portland_Cello_Project",
"genre",
"Jazz"
],
[
"The_Worlds_Freshest_(Dj.Fresh)",
"genre",
"Hip_hop_music"
],
[
"The_Worlds_Freshest_(Dj.Fresh)",
"genre",
"Jazz"
],
[
"Thirsty_Ear_Recordings",
"genre",
"Hip_hop_music"
],
[
"Thirsty_Ear_Recordings",
"genre",
"Jazz"
],
[
"Tony_Bennett:_The_Playground",
"genre",
"Jazz"
],
[
"Tony_Bennett:_The_Playground",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Umbrella_(Shota_Shimizu_album)",
"genre",
"Hip_hop_music"
],
[
"Umbrella_(Shota_Shimizu_album)",
"genre",
"Jazz"
],
[
"Wes_Felton",
"genre",
"Hip_hop_music"
],
[
"Wes_Felton",
"genre",
"Jazz"
],
[
"Wesley_Geer",
"genre",
"Hip_hop_music"
],
[
"Wesley_Geer",
"genre",
"Jazz"
],
[
"Willard_Hill",
"genre",
"Hip_hop_music"
],
[
"Willard_Hill",
"genre",
"Jazz"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
11400, A_força_está_em_nós
20654, Alhaji_Kamara
26307, Consortium_for_North_American_Higher_Education_Collaboration
6469, Djurgårdens_IF_Fotboll
21327, English_language
24868, Hip_hop_music
7145, Marijuana_(song)
21849, Remapping_the_Human_Soul
17276, Sierra_Leone
8214, Texas_A&M_University
10341, Tilt_(1979_film)
5126, William_T._Moore_(Texas_politician)
src, edge_attr, dst
11400, genre, 24868
11400, language, 21327
20654, birthPlace, 17276
20654, team, 6469
26307, language, 21327
7145, genre, 24868
21849, genre, 24868
21849, language, 21327
17276, language, 21327
17276, officialLanguage, 21327
8214, affiliation, 26307
10341, language, 21327
5126, almaMater, 8214
Question: How are Djurgårdens_IF_Fotboll, Marijuana_(song), Tilt_(1979_film), and William_T._Moore_(Texas_politician) related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Djurgårdens_IF_Fotboll",
"Marijuana_(song)",
"Tilt_(1979_film)",
"William_T._Moore_(Texas_politician)"
],
"valid_edges": [
[
"A_força_está_em_nós",
"genre",
"Hip_hop_music"
],
[
"A_força_está_em_nós",
"language",
"English_language"
],
[
"Alhaji_Kamara",
"birthPlace",
"Sierra_Leone"
],
[
"Alhaji_Kamara",
"team",
"Djurgårdens_IF_Fotboll"
],
[
"Consortium_for_North_American_Higher_Education_Collaboration",
"language",
"English_language"
],
[
"Marijuana_(song)",
"genre",
"Hip_hop_music"
],
[
"Remapping_the_Human_Soul",
"genre",
"Hip_hop_music"
],
[
"Remapping_the_Human_Soul",
"language",
"English_language"
],
[
"Sierra_Leone",
"language",
"English_language"
],
[
"Sierra_Leone",
"officialLanguage",
"English_language"
],
[
"Texas_A&M_University",
"affiliation",
"Consortium_for_North_American_Higher_Education_Collaboration"
],
[
"Tilt_(1979_film)",
"language",
"English_language"
],
[
"William_T._Moore_(Texas_politician)",
"almaMater",
"Texas_A&M_University"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
13239, &ME
4537, 27_Missing_Kisses
27671, 2_Different_Tears
26627, 480i
20483, A_Man_Called_God
4702, Active_Worlds
23561, Ad_Genius_Lee_Tae-baek
27940, Air_City
4591, All_About_Eve_(Philippine_TV_series)
21910, All_About_My_Mom
13582, Bad_Guy_(TV_series)
22671, Big_(TV_series)
16778, Big_Man_(TV_series)
11981, Blade_Man
9538, Bookatable
15499, Bridal_Mask
15937, Bride_of_the_Century
21108, Cantabile_Tomorrow
19030, Colombians
8679, Communist_Party_of_Germany
14144, Crime_Scene_(South_Korean_TV_series)
8047, Damo_(TV_series)
499, Dandelion_Family
25571, Dolce_Amore
27596, ERepublik
21327, English_language
29037, Eurosport_2
41, Everybody,_Kimchi!
11566, Fated_to_Love_You_(2014_TV_series)
29835, Fox_Channel_Asia
12382, Full_House_Take_2
6831, Germany
23149, God_of_War_(TV_series)
24672, H.I.T_(TV_series)
21870, Happy_Together_(1999_TV_series)
7743, Hello_Franceska
8651, Her_Legend
13064, Home_at_Seven_(film)
23882, Hooray_for_Love_(TV_series)
19091, Hotspot_Shield
7161, I_Need_Romance
16720, If_Tomorrow_Comes_(TV_series)
8324, Inkigayo
4657, Ireland_(TV_series)
8037, Italki.com
23978, Jang_Bo-ri_is_Here!
16029, Japanese_people
6211, KBS1
13382, Kashubians
28339, Kassengift
22142, Kim_Su-ro,_The_Iron_King
6747, Korean_language
17778, Let's_Eat
29739, Let's_Eat_2
964, Manny_(TV_series)
6013, Master's_Sun
24956, Miss_Mamma_Mia
27662, New_Heart
3780, Non-Summit
11394, Olivia_Lamasan
19950, One_More_Happy_Ending
7251, Padam_Padam..._The_Sound_of_His_and_Her_Heartbeats
22221, Piano_(TV_series)
11097, Real_(IU_EP)
21849, Remapping_the_Human_Soul
22934, Reply_1988
10158, Sea_Wolf_(miniseries)
5643, Secret_Love_Affair
14635, Seoul_1945
15495, Smile_Again_(2006_TV_series)
24059, Soul_(TV_series)
13319, South_Korea
10240, Summer_Scent
30384, Symphonic_Buck-Tick_in_Berlin
6097, Tazza_(TV_series)
27895, The_Great_Merchant
30196, The_King_of_Dramas
23855, Valid_Love
8357, We_Broke_Up
20064, Wild_Chives_and_Soy_Bean_Soup:_12_Years_Reunion
21080, Working_Mom_(TV_series)
13234, X-Man_(TV_series)
13864, Yellow_Boots
26509, Yoo-na's_Street
26196, Zoobles!_(anime)
src, edge_attr, dst
13239, country, 6831
13239, language, 21327
4537, country, 6831
4537, language, 21327
27671, language, 21327
27671, language, 6747
20483, country, 13319
20483, language, 6747
4702, language, 21327
4702, language, 6747
23561, country, 13319
23561, language, 6747
27940, country, 13319
27940, language, 21327
27940, language, 6747
4591, country, 13319
4591, language, 21327
21910, country, 13319
21910, language, 6747
13582, country, 13319
13582, language, 6747
22671, country, 13319
22671, language, 6747
22671, location, 13319
16778, country, 13319
16778, language, 6747
11981, country, 13319
11981, language, 6747
9538, language, 21327
9538, regionServed, 6831
15499, country, 13319
15499, language, 6747
15937, country, 13319
15937, language, 6747
21108, country, 13319
21108, language, 6747
21108, location, 13319
19030, language, 21327
19030, populationPlace, 6831
8679, country, 6831
14144, country, 13319
14144, language, 6747
14144, location, 13319
8047, country, 13319
8047, language, 6747
499, country, 13319
499, language, 6747
499, location, 13319
25571, creator, 11394
25571, format, 26627
25571, language, 21327
27596, language, 21327
27596, language, 6747
29037, country, 6831
29037, language, 21327
29037, locationCountry, 6831
41, country, 13319
41, language, 6747
41, location, 13319
11566, country, 13319
11566, language, 6747
29835, broadcastArea, 13319
29835, language, 21327
12382, country, 13319
12382, language, 6747
23149, country, 13319
23149, language, 6747
24672, country, 13319
24672, language, 6747
24672, location, 13319
21870, country, 13319
21870, language, 6747
7743, country, 13319
7743, language, 6747
8651, country, 13319
8651, language, 6747
13064, language, 21327
23882, country, 13319
23882, language, 6747
19091, language, 21327
19091, language, 6747
7161, country, 13319
7161, language, 6747
16720, country, 13319
16720, language, 6747
8324, country, 13319
8324, language, 6747
4657, country, 13319
4657, language, 6747
8037, language, 21327
8037, language, 6747
23978, country, 13319
23978, language, 6747
16029, language, 21327
16029, populationPlace, 6831
6211, country, 13319
6211, language, 6747
6211, locationCountry, 13319
6211, pictureFormat, 26627
13382, language, 21327
13382, populationPlace, 6831
28339, language, 21327
28339, recordedIn, 6831
22142, country, 13319
22142, language, 6747
17778, country, 13319
17778, language, 6747
29739, country, 13319
29739, language, 6747
964, country, 13319
964, language, 6747
6013, country, 13319
6013, language, 6747
24956, country, 13319
24956, language, 6747
24956, location, 13319
27662, country, 13319
27662, language, 6747
27662, location, 13319
3780, country, 13319
3780, language, 6747
19950, country, 13319
19950, language, 6747
7251, country, 13319
7251, language, 6747
22221, country, 13319
22221, language, 6747
11097, language, 6747
11097, recordedIn, 13319
21849, language, 21327
21849, language, 6747
22934, country, 13319
22934, language, 6747
22934, location, 13319
10158, country, 6831
10158, language, 21327
5643, country, 13319
5643, language, 6747
14635, country, 13319
14635, language, 6747
14635, network, 6211
15495, country, 13319
15495, language, 6747
15495, location, 13319
24059, country, 13319
24059, language, 6747
13319, language, 6747
13319, officialLanguage, 6747
10240, country, 13319
10240, language, 6747
30384, language, 21327
30384, recordedIn, 6831
6097, country, 13319
6097, language, 6747
27895, channel, 6211
27895, country, 13319
27895, language, 6747
30196, country, 13319
30196, language, 6747
23855, country, 13319
23855, language, 6747
8357, country, 13319
8357, language, 6747
20064, country, 13319
20064, language, 6747
21080, country, 13319
21080, language, 6747
13234, country, 13319
13234, language, 6747
13864, country, 13319
13864, language, 6747
26509, country, 13319
26509, language, 6747
26196, country, 13319
26196, language, 21327
26196, language, 6747
Question: In what context are Communist_Party_of_Germany, Home_at_Seven_(film), Olivia_Lamasan, and Seoul_1945 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Communist_Party_of_Germany",
"Home_at_Seven_(film)",
"Olivia_Lamasan",
"Seoul_1945"
],
"valid_edges": [
[
"&ME",
"country",
"Germany"
],
[
"&ME",
"language",
"English_language"
],
[
"27_Missing_Kisses",
"country",
"Germany"
],
[
"27_Missing_Kisses",
"language",
"English_language"
],
[
"2_Different_Tears",
"language",
"English_language"
],
[
"2_Different_Tears",
"language",
"Korean_language"
],
[
"A_Man_Called_God",
"country",
"South_Korea"
],
[
"A_Man_Called_God",
"language",
"Korean_language"
],
[
"Active_Worlds",
"language",
"English_language"
],
[
"Active_Worlds",
"language",
"Korean_language"
],
[
"Ad_Genius_Lee_Tae-baek",
"country",
"South_Korea"
],
[
"Ad_Genius_Lee_Tae-baek",
"language",
"Korean_language"
],
[
"Air_City",
"country",
"South_Korea"
],
[
"Air_City",
"language",
"English_language"
],
[
"Air_City",
"language",
"Korean_language"
],
[
"All_About_Eve_(Philippine_TV_series)",
"country",
"South_Korea"
],
[
"All_About_Eve_(Philippine_TV_series)",
"language",
"English_language"
],
[
"All_About_My_Mom",
"country",
"South_Korea"
],
[
"All_About_My_Mom",
"language",
"Korean_language"
],
[
"Bad_Guy_(TV_series)",
"country",
"South_Korea"
],
[
"Bad_Guy_(TV_series)",
"language",
"Korean_language"
],
[
"Big_(TV_series)",
"country",
"South_Korea"
],
[
"Big_(TV_series)",
"language",
"Korean_language"
],
[
"Big_(TV_series)",
"location",
"South_Korea"
],
[
"Big_Man_(TV_series)",
"country",
"South_Korea"
],
[
"Big_Man_(TV_series)",
"language",
"Korean_language"
],
[
"Blade_Man",
"country",
"South_Korea"
],
[
"Blade_Man",
"language",
"Korean_language"
],
[
"Bookatable",
"language",
"English_language"
],
[
"Bookatable",
"regionServed",
"Germany"
],
[
"Bridal_Mask",
"country",
"South_Korea"
],
[
"Bridal_Mask",
"language",
"Korean_language"
],
[
"Bride_of_the_Century",
"country",
"South_Korea"
],
[
"Bride_of_the_Century",
"language",
"Korean_language"
],
[
"Cantabile_Tomorrow",
"country",
"South_Korea"
],
[
"Cantabile_Tomorrow",
"language",
"Korean_language"
],
[
"Cantabile_Tomorrow",
"location",
"South_Korea"
],
[
"Colombians",
"language",
"English_language"
],
[
"Colombians",
"populationPlace",
"Germany"
],
[
"Communist_Party_of_Germany",
"country",
"Germany"
],
[
"Crime_Scene_(South_Korean_TV_series)",
"country",
"South_Korea"
],
[
"Crime_Scene_(South_Korean_TV_series)",
"language",
"Korean_language"
],
[
"Crime_Scene_(South_Korean_TV_series)",
"location",
"South_Korea"
],
[
"Damo_(TV_series)",
"country",
"South_Korea"
],
[
"Damo_(TV_series)",
"language",
"Korean_language"
],
[
"Dandelion_Family",
"country",
"South_Korea"
],
[
"Dandelion_Family",
"language",
"Korean_language"
],
[
"Dandelion_Family",
"location",
"South_Korea"
],
[
"Dolce_Amore",
"creator",
"Olivia_Lamasan"
],
[
"Dolce_Amore",
"format",
"480i"
],
[
"Dolce_Amore",
"language",
"English_language"
],
[
"ERepublik",
"language",
"English_language"
],
[
"ERepublik",
"language",
"Korean_language"
],
[
"Eurosport_2",
"country",
"Germany"
],
[
"Eurosport_2",
"language",
"English_language"
],
[
"Eurosport_2",
"locationCountry",
"Germany"
],
[
"Everybody,_Kimchi!",
"country",
"South_Korea"
],
[
"Everybody,_Kimchi!",
"language",
"Korean_language"
],
[
"Everybody,_Kimchi!",
"location",
"South_Korea"
],
[
"Fated_to_Love_You_(2014_TV_series)",
"country",
"South_Korea"
],
[
"Fated_to_Love_You_(2014_TV_series)",
"language",
"Korean_language"
],
[
"Fox_Channel_Asia",
"broadcastArea",
"South_Korea"
],
[
"Fox_Channel_Asia",
"language",
"English_language"
],
[
"Full_House_Take_2",
"country",
"South_Korea"
],
[
"Full_House_Take_2",
"language",
"Korean_language"
],
[
"God_of_War_(TV_series)",
"country",
"South_Korea"
],
[
"God_of_War_(TV_series)",
"language",
"Korean_language"
],
[
"H.I.T_(TV_series)",
"country",
"South_Korea"
],
[
"H.I.T_(TV_series)",
"language",
"Korean_language"
],
[
"H.I.T_(TV_series)",
"location",
"South_Korea"
],
[
"Happy_Together_(1999_TV_series)",
"country",
"South_Korea"
],
[
"Happy_Together_(1999_TV_series)",
"language",
"Korean_language"
],
[
"Hello_Franceska",
"country",
"South_Korea"
],
[
"Hello_Franceska",
"language",
"Korean_language"
],
[
"Her_Legend",
"country",
"South_Korea"
],
[
"Her_Legend",
"language",
"Korean_language"
],
[
"Home_at_Seven_(film)",
"language",
"English_language"
],
[
"Hooray_for_Love_(TV_series)",
"country",
"South_Korea"
],
[
"Hooray_for_Love_(TV_series)",
"language",
"Korean_language"
],
[
"Hotspot_Shield",
"language",
"English_language"
],
[
"Hotspot_Shield",
"language",
"Korean_language"
],
[
"I_Need_Romance",
"country",
"South_Korea"
],
[
"I_Need_Romance",
"language",
"Korean_language"
],
[
"If_Tomorrow_Comes_(TV_series)",
"country",
"South_Korea"
],
[
"If_Tomorrow_Comes_(TV_series)",
"language",
"Korean_language"
],
[
"Inkigayo",
"country",
"South_Korea"
],
[
"Inkigayo",
"language",
"Korean_language"
],
[
"Ireland_(TV_series)",
"country",
"South_Korea"
],
[
"Ireland_(TV_series)",
"language",
"Korean_language"
],
[
"Italki.com",
"language",
"English_language"
],
[
"Italki.com",
"language",
"Korean_language"
],
[
"Jang_Bo-ri_is_Here!",
"country",
"South_Korea"
],
[
"Jang_Bo-ri_is_Here!",
"language",
"Korean_language"
],
[
"Japanese_people",
"language",
"English_language"
],
[
"Japanese_people",
"populationPlace",
"Germany"
],
[
"KBS1",
"country",
"South_Korea"
],
[
"KBS1",
"language",
"Korean_language"
],
[
"KBS1",
"locationCountry",
"South_Korea"
],
[
"KBS1",
"pictureFormat",
"480i"
],
[
"Kashubians",
"language",
"English_language"
],
[
"Kashubians",
"populationPlace",
"Germany"
],
[
"Kassengift",
"language",
"English_language"
],
[
"Kassengift",
"recordedIn",
"Germany"
],
[
"Kim_Su-ro,_The_Iron_King",
"country",
"South_Korea"
],
[
"Kim_Su-ro,_The_Iron_King",
"language",
"Korean_language"
],
[
"Let's_Eat",
"country",
"South_Korea"
],
[
"Let's_Eat",
"language",
"Korean_language"
],
[
"Let's_Eat_2",
"country",
"South_Korea"
],
[
"Let's_Eat_2",
"language",
"Korean_language"
],
[
"Manny_(TV_series)",
"country",
"South_Korea"
],
[
"Manny_(TV_series)",
"language",
"Korean_language"
],
[
"Master's_Sun",
"country",
"South_Korea"
],
[
"Master's_Sun",
"language",
"Korean_language"
],
[
"Miss_Mamma_Mia",
"country",
"South_Korea"
],
[
"Miss_Mamma_Mia",
"language",
"Korean_language"
],
[
"Miss_Mamma_Mia",
"location",
"South_Korea"
],
[
"New_Heart",
"country",
"South_Korea"
],
[
"New_Heart",
"language",
"Korean_language"
],
[
"New_Heart",
"location",
"South_Korea"
],
[
"Non-Summit",
"country",
"South_Korea"
],
[
"Non-Summit",
"language",
"Korean_language"
],
[
"One_More_Happy_Ending",
"country",
"South_Korea"
],
[
"One_More_Happy_Ending",
"language",
"Korean_language"
],
[
"Padam_Padam..._The_Sound_of_His_and_Her_Heartbeats",
"country",
"South_Korea"
],
[
"Padam_Padam..._The_Sound_of_His_and_Her_Heartbeats",
"language",
"Korean_language"
],
[
"Piano_(TV_series)",
"country",
"South_Korea"
],
[
"Piano_(TV_series)",
"language",
"Korean_language"
],
[
"Real_(IU_EP)",
"language",
"Korean_language"
],
[
"Real_(IU_EP)",
"recordedIn",
"South_Korea"
],
[
"Remapping_the_Human_Soul",
"language",
"English_language"
],
[
"Remapping_the_Human_Soul",
"language",
"Korean_language"
],
[
"Reply_1988",
"country",
"South_Korea"
],
[
"Reply_1988",
"language",
"Korean_language"
],
[
"Reply_1988",
"location",
"South_Korea"
],
[
"Sea_Wolf_(miniseries)",
"country",
"Germany"
],
[
"Sea_Wolf_(miniseries)",
"language",
"English_language"
],
[
"Secret_Love_Affair",
"country",
"South_Korea"
],
[
"Secret_Love_Affair",
"language",
"Korean_language"
],
[
"Seoul_1945",
"country",
"South_Korea"
],
[
"Seoul_1945",
"language",
"Korean_language"
],
[
"Seoul_1945",
"network",
"KBS1"
],
[
"Smile_Again_(2006_TV_series)",
"country",
"South_Korea"
],
[
"Smile_Again_(2006_TV_series)",
"language",
"Korean_language"
],
[
"Smile_Again_(2006_TV_series)",
"location",
"South_Korea"
],
[
"Soul_(TV_series)",
"country",
"South_Korea"
],
[
"Soul_(TV_series)",
"language",
"Korean_language"
],
[
"South_Korea",
"language",
"Korean_language"
],
[
"South_Korea",
"officialLanguage",
"Korean_language"
],
[
"Summer_Scent",
"country",
"South_Korea"
],
[
"Summer_Scent",
"language",
"Korean_language"
],
[
"Symphonic_Buck-Tick_in_Berlin",
"language",
"English_language"
],
[
"Symphonic_Buck-Tick_in_Berlin",
"recordedIn",
"Germany"
],
[
"Tazza_(TV_series)",
"country",
"South_Korea"
],
[
"Tazza_(TV_series)",
"language",
"Korean_language"
],
[
"The_Great_Merchant",
"channel",
"KBS1"
],
[
"The_Great_Merchant",
"country",
"South_Korea"
],
[
"The_Great_Merchant",
"language",
"Korean_language"
],
[
"The_King_of_Dramas",
"country",
"South_Korea"
],
[
"The_King_of_Dramas",
"language",
"Korean_language"
],
[
"Valid_Love",
"country",
"South_Korea"
],
[
"Valid_Love",
"language",
"Korean_language"
],
[
"We_Broke_Up",
"country",
"South_Korea"
],
[
"We_Broke_Up",
"language",
"Korean_language"
],
[
"Wild_Chives_and_Soy_Bean_Soup:_12_Years_Reunion",
"country",
"South_Korea"
],
[
"Wild_Chives_and_Soy_Bean_Soup:_12_Years_Reunion",
"language",
"Korean_language"
],
[
"Working_Mom_(TV_series)",
"country",
"South_Korea"
],
[
"Working_Mom_(TV_series)",
"language",
"Korean_language"
],
[
"X-Man_(TV_series)",
"country",
"South_Korea"
],
[
"X-Man_(TV_series)",
"language",
"Korean_language"
],
[
"Yellow_Boots",
"country",
"South_Korea"
],
[
"Yellow_Boots",
"language",
"Korean_language"
],
[
"Yoo-na's_Street",
"country",
"South_Korea"
],
[
"Yoo-na's_Street",
"language",
"Korean_language"
],
[
"Zoobles!_(anime)",
"country",
"South_Korea"
],
[
"Zoobles!_(anime)",
"language",
"English_language"
],
[
"Zoobles!_(anime)",
"language",
"Korean_language"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
11400, A_força_está_em_nós
23988, Ace_Frehley
17745, Casablanca_Records
22017, Chad_Szeliga
18476, Doctor_Steel
21327, English_language
19631, Heavy_metal_music
24868, Hip_hop_music
19787, Masta_I.C.
5409, Mother_Love_Bone_(album)
21315, Peter_Criss
18377, Punky_Meadows
19134, Rata_Blanca
21849, Remapping_the_Human_Soul
18013, Shock_System
13233, Style_(Cameo_album)
6595, TekWar_(TV_series)
29068, The_Portland_Cello_Project
16604, WWE_Wreckless_Intent
13364, Wesley_Geer
src, edge_attr, dst
11400, genre, 24868
11400, language, 21327
23988, genre, 19631
23988, recordLabel, 17745
22017, genre, 19631
22017, genre, 24868
18476, genre, 19631
18476, genre, 24868
19787, genre, 24868
5409, genre, 19631
5409, language, 21327
21315, genre, 19631
21315, recordLabel, 17745
18377, genre, 19631
18377, recordLabel, 17745
19134, genre, 19631
21849, genre, 24868
21849, language, 21327
18013, genre, 19631
18013, genre, 24868
13233, recordLabel, 17745
6595, language, 21327
29068, genre, 19631
29068, genre, 24868
16604, genre, 19631
16604, genre, 24868
13364, genre, 19631
13364, genre, 24868
Question: How are Masta_I.C., Rata_Blanca, Style_(Cameo_album), and TekWar_(TV_series) related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Masta_I.C.",
"Rata_Blanca",
"Style_(Cameo_album)",
"TekWar_(TV_series)"
],
"valid_edges": [
[
"A_força_está_em_nós",
"genre",
"Hip_hop_music"
],
[
"A_força_está_em_nós",
"language",
"English_language"
],
[
"Ace_Frehley",
"genre",
"Heavy_metal_music"
],
[
"Ace_Frehley",
"recordLabel",
"Casablanca_Records"
],
[
"Chad_Szeliga",
"genre",
"Heavy_metal_music"
],
[
"Chad_Szeliga",
"genre",
"Hip_hop_music"
],
[
"Doctor_Steel",
"genre",
"Heavy_metal_music"
],
[
"Doctor_Steel",
"genre",
"Hip_hop_music"
],
[
"Masta_I.C.",
"genre",
"Hip_hop_music"
],
[
"Mother_Love_Bone_(album)",
"genre",
"Heavy_metal_music"
],
[
"Mother_Love_Bone_(album)",
"language",
"English_language"
],
[
"Peter_Criss",
"genre",
"Heavy_metal_music"
],
[
"Peter_Criss",
"recordLabel",
"Casablanca_Records"
],
[
"Punky_Meadows",
"genre",
"Heavy_metal_music"
],
[
"Punky_Meadows",
"recordLabel",
"Casablanca_Records"
],
[
"Rata_Blanca",
"genre",
"Heavy_metal_music"
],
[
"Remapping_the_Human_Soul",
"genre",
"Hip_hop_music"
],
[
"Remapping_the_Human_Soul",
"language",
"English_language"
],
[
"Shock_System",
"genre",
"Heavy_metal_music"
],
[
"Shock_System",
"genre",
"Hip_hop_music"
],
[
"Style_(Cameo_album)",
"recordLabel",
"Casablanca_Records"
],
[
"TekWar_(TV_series)",
"language",
"English_language"
],
[
"The_Portland_Cello_Project",
"genre",
"Heavy_metal_music"
],
[
"The_Portland_Cello_Project",
"genre",
"Hip_hop_music"
],
[
"WWE_Wreckless_Intent",
"genre",
"Heavy_metal_music"
],
[
"WWE_Wreckless_Intent",
"genre",
"Hip_hop_music"
],
[
"Wesley_Geer",
"genre",
"Heavy_metal_music"
],
[
"Wesley_Geer",
"genre",
"Hip_hop_music"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
22277, Action_game
3000, Front_Mission_Series:_Gun_Hazard
4542, Hanjuku_Hero
18187, LucasArts
21845, Luxoflux
12327, Nobuo_Uematsu
16955, Shank_(video_game)
19233, Star_Wars:_Battlefront_(2004_video_game)
19667, Star_Wars:_Starfighter
27232, Third-person_shooter
26428, Transformers:_Revenge_of_the_Fallen_(video_game)
src, edge_attr, dst
3000, composer, 12327
4542, composer, 12327
4542, genre, 22277
16955, genre, 22277
19233, genre, 27232
19233, publisher, 18187
19667, developer, 18187
19667, genre, 22277
19667, publisher, 18187
26428, developer, 21845
26428, genre, 27232
Question: For what reason are Front_Mission_Series:_Gun_Hazard, LucasArts, Luxoflux, and Shank_(video_game) associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Front_Mission_Series:_Gun_Hazard",
"LucasArts",
"Luxoflux",
"Shank_(video_game)"
],
"valid_edges": [
[
"Front_Mission_Series:_Gun_Hazard",
"composer",
"Nobuo_Uematsu"
],
[
"Hanjuku_Hero",
"composer",
"Nobuo_Uematsu"
],
[
"Hanjuku_Hero",
"genre",
"Action_game"
],
[
"Shank_(video_game)",
"genre",
"Action_game"
],
[
"Star_Wars:_Battlefront_(2004_video_game)",
"genre",
"Third-person_shooter"
],
[
"Star_Wars:_Battlefront_(2004_video_game)",
"publisher",
"LucasArts"
],
[
"Star_Wars:_Starfighter",
"developer",
"LucasArts"
],
[
"Star_Wars:_Starfighter",
"genre",
"Action_game"
],
[
"Star_Wars:_Starfighter",
"publisher",
"LucasArts"
],
[
"Transformers:_Revenge_of_the_Fallen_(video_game)",
"developer",
"Luxoflux"
],
[
"Transformers:_Revenge_of_the_Fallen_(video_game)",
"genre",
"Third-person_shooter"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
29886, Baakleen
3141, Drum_kit
26227, Eastern_European_Time
1462, Egypt_Standard_Time
28882, Finland
3451, Giza
7679, Giza_Governorate
18472, Jbeil_District
27206, Jezzine_District
2951, Mikko_Sirén
14832, Mount_Lebanon_Governorate
src, edge_attr, dst
29886, isPartOf, 14832
29886, timeZone, 26227
28882, timeZone, 26227
3451, isPartOf, 7679
3451, timeZone, 1462
18472, isPartOf, 14832
18472, timeZone, 1462
27206, timeZone, 1462
2951, hometown, 28882
2951, instrument, 3141
14832, timeZone, 26227
Question: How are Baakleen, Drum_kit, Giza_Governorate, and Jezzine_District related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Baakleen",
"Drum_kit",
"Giza_Governorate",
"Jezzine_District"
],
"valid_edges": [
[
"Baakleen",
"isPartOf",
"Mount_Lebanon_Governorate"
],
[
"Baakleen",
"timeZone",
"Eastern_European_Time"
],
[
"Finland",
"timeZone",
"Eastern_European_Time"
],
[
"Giza",
"isPartOf",
"Giza_Governorate"
],
[
"Giza",
"timeZone",
"Egypt_Standard_Time"
],
[
"Jbeil_District",
"isPartOf",
"Mount_Lebanon_Governorate"
],
[
"Jbeil_District",
"timeZone",
"Egypt_Standard_Time"
],
[
"Jezzine_District",
"timeZone",
"Egypt_Standard_Time"
],
[
"Mikko_Sirén",
"hometown",
"Finland"
],
[
"Mikko_Sirén",
"instrument",
"Drum_kit"
],
[
"Mount_Lebanon_Governorate",
"timeZone",
"Eastern_European_Time"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
27022, Arnold_Lewis_Raphel
17802, Bahawalpur
3500, Paul_Bremer
7635, Robert_B._Oakley
src, edge_attr, dst
27022, deathPlace, 17802
27022, successor, 7635
3500, predecessor, 7635
7635, predecessor, 27022
Question: In what context are Arnold_Lewis_Raphel, Bahawalpur, Paul_Bremer, and Robert_B._Oakley connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Arnold_Lewis_Raphel",
"Bahawalpur",
"Paul_Bremer",
"Robert_B._Oakley"
],
"valid_edges": [
[
"Arnold_Lewis_Raphel",
"deathPlace",
"Bahawalpur"
],
[
"Arnold_Lewis_Raphel",
"successor",
"Robert_B._Oakley"
],
[
"Paul_Bremer",
"predecessor",
"Robert_B._Oakley"
],
[
"Robert_B._Oakley",
"predecessor",
"Arnold_Lewis_Raphel"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
26627, 480i
25798, AXS_TV
4591, All_About_Eve_(Philippine_TV_series)
22322, All_News_Channel
16849, Alyna_(TV_series)
9538, Bookatable
23699, Boots_N'_All
11993, Buena_Familia
1828, Call_Me_(Petula_Clark_song)
30364, Cartoon_Network_(Philippines)
7190, City_Guys
25571, Dolce_Amore
10370, ESPN_Classic
882, ETC_(TV_channel)
25445, Emmanuel_TV
21327, English_language
609, FSN_Chicago
12205, Face_the_People
16394, Fox_Sports_Oklahoma
28521, Fox_Sports_Southeast
17268, Fox_Sports_Wisconsin
7402, Futbolilits
2491, Hanggang_Kailan
5550, Hanggang_Makita_Kang_Muli
19313, Hawaii_News_Now
13602, HoboSapiens
12827, Horizon_TV_Asia
24549, Ikaw_Lamang
4107, Ikaw_Lang_Ang_Mamahalin
20779, Imperial_College_London
1649, Irish_migration_to_Great_Britain
25343, Juicy!
28339, Kassengift
28835, La_Vendetta_(TV_series)
387, Lira_(1992_TV_series)
6158, London
18584, Love_Games:_Bad_Girls_Need_Love_Too
26405, Mad_Money
8246, Magdusa_Ka
29719, Movie_Central
21696, Murder_by_an_Aristocrat
18685, My_Cheating_Heart
24538, National_Geographic_Channel
19512, Nickelodeon_(Philippines)
13054, Ohh_Nooo!_Mr._Bill_Presents
12862, PBA_on_Sports5
19702, PGA_Tour_on_CBS
5557, Partners_with_Mel_Tiangco
8613, Phonevision
28658, Pinoy_M.D._Mga_Doktor_ng_Bayan
14296, Red_River_Shore
15802, Reporters_(TV_series)
911, Rolonda
22711, Romanians_in_the_United_Kingdom
23091, Root_Sports_Southwest
10845, Russians_in_the_United_Kingdom
8685, The_Drug_Years
4789, The_Walk_TV
28865, Thrill_(TV_channel)
17279, Today_in_New_York
6989, Tonyong_Bayawak
28636, Trust_Us_with_Your_Life
26073, Ukrainians_in_the_United_Kingdom
12626, Vértigo_(Fey_album)
15748, WSNN-LD
25565, World_Heritage_Channel
11866, Zee_Studio
src, edge_attr, dst
25798, language, 21327
25798, pictureFormat, 26627
4591, format, 26627
4591, language, 21327
22322, language, 21327
22322, pictureFormat, 26627
16849, format, 26627
16849, language, 21327
9538, language, 21327
9538, location, 6158
23699, language, 21327
23699, location, 6158
11993, format, 26627
11993, language, 21327
1828, language, 21327
1828, recordedIn, 6158
30364, language, 21327
30364, pictureFormat, 26627
7190, format, 26627
7190, language, 21327
25571, format, 26627
25571, language, 21327
10370, language, 21327
10370, pictureFormat, 26627
882, language, 21327
882, pictureFormat, 26627
25445, language, 21327
25445, pictureFormat, 26627
609, language, 21327
609, pictureFormat, 26627
12205, format, 26627
12205, language, 21327
16394, language, 21327
16394, pictureFormat, 26627
28521, language, 21327
28521, pictureFormat, 26627
17268, language, 21327
17268, pictureFormat, 26627
7402, format, 26627
7402, language, 21327
2491, format, 26627
2491, language, 21327
5550, format, 26627
5550, language, 21327
19313, format, 26627
19313, language, 21327
13602, language, 21327
13602, recordedIn, 6158
12827, language, 21327
12827, pictureFormat, 26627
24549, format, 26627
24549, language, 21327
4107, format, 26627
4107, language, 21327
20779, city, 6158
1649, language, 21327
1649, populationPlace, 6158
25343, format, 26627
25343, language, 21327
28339, language, 21327
28339, recordedIn, 6158
28835, format, 26627
28835, language, 21327
387, format, 26627
387, language, 21327
18584, format, 26627
26405, format, 26627
26405, language, 21327
8246, format, 26627
8246, language, 21327
29719, language, 21327
29719, pictureFormat, 26627
21696, language, 21327
18685, format, 26627
18685, language, 21327
24538, language, 21327
24538, pictureFormat, 26627
19512, language, 21327
19512, pictureFormat, 26627
13054, format, 26627
13054, language, 21327
12862, format, 26627
12862, language, 21327
19702, format, 26627
19702, language, 21327
5557, format, 26627
5557, language, 21327
8613, language, 21327
8613, pictureFormat, 26627
28658, format, 26627
28658, language, 21327
14296, language, 21327
15802, language, 21327
15802, location, 6158
911, format, 26627
911, language, 21327
22711, language, 21327
22711, populationPlace, 6158
23091, language, 21327
23091, pictureFormat, 26627
10845, language, 21327
10845, populationPlace, 6158
8685, format, 26627
8685, language, 21327
4789, language, 21327
4789, pictureFormat, 26627
28865, language, 21327
28865, pictureFormat, 26627
17279, format, 26627
17279, language, 21327
6989, format, 26627
6989, language, 21327
28636, language, 21327
28636, location, 6158
26073, language, 21327
26073, populationPlace, 6158
12626, language, 21327
12626, recordedIn, 6158
15748, language, 21327
15748, pictureFormat, 26627
25565, language, 21327
25565, pictureFormat, 26627
11866, language, 21327
11866, pictureFormat, 26627
Question: How are Imperial_College_London, Love_Games:_Bad_Girls_Need_Love_Too, Murder_by_an_Aristocrat, and Red_River_Shore related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Imperial_College_London",
"Love_Games:_Bad_Girls_Need_Love_Too",
"Murder_by_an_Aristocrat",
"Red_River_Shore"
],
"valid_edges": [
[
"AXS_TV",
"language",
"English_language"
],
[
"AXS_TV",
"pictureFormat",
"480i"
],
[
"All_About_Eve_(Philippine_TV_series)",
"format",
"480i"
],
[
"All_About_Eve_(Philippine_TV_series)",
"language",
"English_language"
],
[
"All_News_Channel",
"language",
"English_language"
],
[
"All_News_Channel",
"pictureFormat",
"480i"
],
[
"Alyna_(TV_series)",
"format",
"480i"
],
[
"Alyna_(TV_series)",
"language",
"English_language"
],
[
"Bookatable",
"language",
"English_language"
],
[
"Bookatable",
"location",
"London"
],
[
"Boots_N'_All",
"language",
"English_language"
],
[
"Boots_N'_All",
"location",
"London"
],
[
"Buena_Familia",
"format",
"480i"
],
[
"Buena_Familia",
"language",
"English_language"
],
[
"Call_Me_(Petula_Clark_song)",
"language",
"English_language"
],
[
"Call_Me_(Petula_Clark_song)",
"recordedIn",
"London"
],
[
"Cartoon_Network_(Philippines)",
"language",
"English_language"
],
[
"Cartoon_Network_(Philippines)",
"pictureFormat",
"480i"
],
[
"City_Guys",
"format",
"480i"
],
[
"City_Guys",
"language",
"English_language"
],
[
"Dolce_Amore",
"format",
"480i"
],
[
"Dolce_Amore",
"language",
"English_language"
],
[
"ESPN_Classic",
"language",
"English_language"
],
[
"ESPN_Classic",
"pictureFormat",
"480i"
],
[
"ETC_(TV_channel)",
"language",
"English_language"
],
[
"ETC_(TV_channel)",
"pictureFormat",
"480i"
],
[
"Emmanuel_TV",
"language",
"English_language"
],
[
"Emmanuel_TV",
"pictureFormat",
"480i"
],
[
"FSN_Chicago",
"language",
"English_language"
],
[
"FSN_Chicago",
"pictureFormat",
"480i"
],
[
"Face_the_People",
"format",
"480i"
],
[
"Face_the_People",
"language",
"English_language"
],
[
"Fox_Sports_Oklahoma",
"language",
"English_language"
],
[
"Fox_Sports_Oklahoma",
"pictureFormat",
"480i"
],
[
"Fox_Sports_Southeast",
"language",
"English_language"
],
[
"Fox_Sports_Southeast",
"pictureFormat",
"480i"
],
[
"Fox_Sports_Wisconsin",
"language",
"English_language"
],
[
"Fox_Sports_Wisconsin",
"pictureFormat",
"480i"
],
[
"Futbolilits",
"format",
"480i"
],
[
"Futbolilits",
"language",
"English_language"
],
[
"Hanggang_Kailan",
"format",
"480i"
],
[
"Hanggang_Kailan",
"language",
"English_language"
],
[
"Hanggang_Makita_Kang_Muli",
"format",
"480i"
],
[
"Hanggang_Makita_Kang_Muli",
"language",
"English_language"
],
[
"Hawaii_News_Now",
"format",
"480i"
],
[
"Hawaii_News_Now",
"language",
"English_language"
],
[
"HoboSapiens",
"language",
"English_language"
],
[
"HoboSapiens",
"recordedIn",
"London"
],
[
"Horizon_TV_Asia",
"language",
"English_language"
],
[
"Horizon_TV_Asia",
"pictureFormat",
"480i"
],
[
"Ikaw_Lamang",
"format",
"480i"
],
[
"Ikaw_Lamang",
"language",
"English_language"
],
[
"Ikaw_Lang_Ang_Mamahalin",
"format",
"480i"
],
[
"Ikaw_Lang_Ang_Mamahalin",
"language",
"English_language"
],
[
"Imperial_College_London",
"city",
"London"
],
[
"Irish_migration_to_Great_Britain",
"language",
"English_language"
],
[
"Irish_migration_to_Great_Britain",
"populationPlace",
"London"
],
[
"Juicy!",
"format",
"480i"
],
[
"Juicy!",
"language",
"English_language"
],
[
"Kassengift",
"language",
"English_language"
],
[
"Kassengift",
"recordedIn",
"London"
],
[
"La_Vendetta_(TV_series)",
"format",
"480i"
],
[
"La_Vendetta_(TV_series)",
"language",
"English_language"
],
[
"Lira_(1992_TV_series)",
"format",
"480i"
],
[
"Lira_(1992_TV_series)",
"language",
"English_language"
],
[
"Love_Games:_Bad_Girls_Need_Love_Too",
"format",
"480i"
],
[
"Mad_Money",
"format",
"480i"
],
[
"Mad_Money",
"language",
"English_language"
],
[
"Magdusa_Ka",
"format",
"480i"
],
[
"Magdusa_Ka",
"language",
"English_language"
],
[
"Movie_Central",
"language",
"English_language"
],
[
"Movie_Central",
"pictureFormat",
"480i"
],
[
"Murder_by_an_Aristocrat",
"language",
"English_language"
],
[
"My_Cheating_Heart",
"format",
"480i"
],
[
"My_Cheating_Heart",
"language",
"English_language"
],
[
"National_Geographic_Channel",
"language",
"English_language"
],
[
"National_Geographic_Channel",
"pictureFormat",
"480i"
],
[
"Nickelodeon_(Philippines)",
"language",
"English_language"
],
[
"Nickelodeon_(Philippines)",
"pictureFormat",
"480i"
],
[
"Ohh_Nooo!_Mr._Bill_Presents",
"format",
"480i"
],
[
"Ohh_Nooo!_Mr._Bill_Presents",
"language",
"English_language"
],
[
"PBA_on_Sports5",
"format",
"480i"
],
[
"PBA_on_Sports5",
"language",
"English_language"
],
[
"PGA_Tour_on_CBS",
"format",
"480i"
],
[
"PGA_Tour_on_CBS",
"language",
"English_language"
],
[
"Partners_with_Mel_Tiangco",
"format",
"480i"
],
[
"Partners_with_Mel_Tiangco",
"language",
"English_language"
],
[
"Phonevision",
"language",
"English_language"
],
[
"Phonevision",
"pictureFormat",
"480i"
],
[
"Pinoy_M.D._Mga_Doktor_ng_Bayan",
"format",
"480i"
],
[
"Pinoy_M.D._Mga_Doktor_ng_Bayan",
"language",
"English_language"
],
[
"Red_River_Shore",
"language",
"English_language"
],
[
"Reporters_(TV_series)",
"language",
"English_language"
],
[
"Reporters_(TV_series)",
"location",
"London"
],
[
"Rolonda",
"format",
"480i"
],
[
"Rolonda",
"language",
"English_language"
],
[
"Romanians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Romanians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Root_Sports_Southwest",
"language",
"English_language"
],
[
"Root_Sports_Southwest",
"pictureFormat",
"480i"
],
[
"Russians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Russians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"The_Drug_Years",
"format",
"480i"
],
[
"The_Drug_Years",
"language",
"English_language"
],
[
"The_Walk_TV",
"language",
"English_language"
],
[
"The_Walk_TV",
"pictureFormat",
"480i"
],
[
"Thrill_(TV_channel)",
"language",
"English_language"
],
[
"Thrill_(TV_channel)",
"pictureFormat",
"480i"
],
[
"Today_in_New_York",
"format",
"480i"
],
[
"Today_in_New_York",
"language",
"English_language"
],
[
"Tonyong_Bayawak",
"format",
"480i"
],
[
"Tonyong_Bayawak",
"language",
"English_language"
],
[
"Trust_Us_with_Your_Life",
"language",
"English_language"
],
[
"Trust_Us_with_Your_Life",
"location",
"London"
],
[
"Ukrainians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Ukrainians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Vértigo_(Fey_album)",
"language",
"English_language"
],
[
"Vértigo_(Fey_album)",
"recordedIn",
"London"
],
[
"WSNN-LD",
"language",
"English_language"
],
[
"WSNN-LD",
"pictureFormat",
"480i"
],
[
"World_Heritage_Channel",
"language",
"English_language"
],
[
"World_Heritage_Channel",
"pictureFormat",
"480i"
],
[
"Zee_Studio",
"language",
"English_language"
],
[
"Zee_Studio",
"pictureFormat",
"480i"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
17075, 604_Records
24205, All_or_Nothing_(Theory_of_a_Deadman_song)
2971, Asking_Too_Much
13960, Bavarian_Fruit_Bread
1398, Compact_disc
23010, Damon_and_Naomi
26381, Dead_City_Radio_and_the_New_Gods_of_Supertown
26313, Folk_music
8614, Gold_Lion
10595, Hanson_(band)
1566, Hard_to_Explain
19631, Heavy_metal_music
7269, Hideaway_(Delays_song)
14837, It_Ended_on_an_Oily_Stage
12265, Loose_Music
27634, Please_Stand_Up
7926, Red_Roses_for_Me_(song)
3081, Rough_Trade_Records
28773, Sell_Your_Body_(To_The_Night)
20318, Sixteen_Military_Wives
23004, Sulfur_(song)
16383, Visions_(Stratovarius_album)
src, edge_attr, dst
24205, format, 1398
24205, recordLabel, 17075
2971, format, 1398
2971, genre, 19631
13960, genre, 26313
13960, recordLabel, 3081
23010, genre, 26313
23010, recordLabel, 3081
26381, format, 1398
26381, genre, 19631
8614, format, 1398
10595, recordLabel, 17075
1566, format, 1398
1566, recordLabel, 3081
7269, format, 1398
7269, recordLabel, 3081
14837, format, 1398
14837, recordLabel, 3081
12265, distributingCompany, 3081
12265, distributingLabel, 3081
12265, genre, 26313
27634, format, 1398
27634, recordLabel, 3081
7926, format, 1398
7926, genre, 26313
28773, format, 1398
28773, genre, 19631
20318, format, 1398
20318, recordLabel, 3081
23004, format, 1398
23004, genre, 19631
16383, genre, 19631
Question: For what reason are Bavarian_Fruit_Bread, Gold_Lion, Hanson_(band), and Visions_(Stratovarius_album) associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Bavarian_Fruit_Bread",
"Gold_Lion",
"Hanson_(band)",
"Visions_(Stratovarius_album)"
],
"valid_edges": [
[
"All_or_Nothing_(Theory_of_a_Deadman_song)",
"format",
"Compact_disc"
],
[
"All_or_Nothing_(Theory_of_a_Deadman_song)",
"recordLabel",
"604_Records"
],
[
"Asking_Too_Much",
"format",
"Compact_disc"
],
[
"Asking_Too_Much",
"genre",
"Heavy_metal_music"
],
[
"Bavarian_Fruit_Bread",
"genre",
"Folk_music"
],
[
"Bavarian_Fruit_Bread",
"recordLabel",
"Rough_Trade_Records"
],
[
"Damon_and_Naomi",
"genre",
"Folk_music"
],
[
"Damon_and_Naomi",
"recordLabel",
"Rough_Trade_Records"
],
[
"Dead_City_Radio_and_the_New_Gods_of_Supertown",
"format",
"Compact_disc"
],
[
"Dead_City_Radio_and_the_New_Gods_of_Supertown",
"genre",
"Heavy_metal_music"
],
[
"Gold_Lion",
"format",
"Compact_disc"
],
[
"Hanson_(band)",
"recordLabel",
"604_Records"
],
[
"Hard_to_Explain",
"format",
"Compact_disc"
],
[
"Hard_to_Explain",
"recordLabel",
"Rough_Trade_Records"
],
[
"Hideaway_(Delays_song)",
"format",
"Compact_disc"
],
[
"Hideaway_(Delays_song)",
"recordLabel",
"Rough_Trade_Records"
],
[
"It_Ended_on_an_Oily_Stage",
"format",
"Compact_disc"
],
[
"It_Ended_on_an_Oily_Stage",
"recordLabel",
"Rough_Trade_Records"
],
[
"Loose_Music",
"distributingCompany",
"Rough_Trade_Records"
],
[
"Loose_Music",
"distributingLabel",
"Rough_Trade_Records"
],
[
"Loose_Music",
"genre",
"Folk_music"
],
[
"Please_Stand_Up",
"format",
"Compact_disc"
],
[
"Please_Stand_Up",
"recordLabel",
"Rough_Trade_Records"
],
[
"Red_Roses_for_Me_(song)",
"format",
"Compact_disc"
],
[
"Red_Roses_for_Me_(song)",
"genre",
"Folk_music"
],
[
"Sell_Your_Body_(To_The_Night)",
"format",
"Compact_disc"
],
[
"Sell_Your_Body_(To_The_Night)",
"genre",
"Heavy_metal_music"
],
[
"Sixteen_Military_Wives",
"format",
"Compact_disc"
],
[
"Sixteen_Military_Wives",
"recordLabel",
"Rough_Trade_Records"
],
[
"Sulfur_(song)",
"format",
"Compact_disc"
],
[
"Sulfur_(song)",
"genre",
"Heavy_metal_music"
],
[
"Visions_(Stratovarius_album)",
"genre",
"Heavy_metal_music"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
20582, Aaron_Yan
21944, Abby_Portner
11026, Acacia_(band)
13937, Andy_Anderson_(drummer)
3041, Angus_MacLise
23428, Aïyb_Dieng
10393, Baltimore
15852, Bosco_Mann
4496, Cumbria
28912, Dana_Hall_(musician)
27755, Dariusz_Brzozowski
3387, Derek_Roddy
24211, Dirk_Verbeuren
3141, Drum_kit
16906, Edward_Vesala
22864, Embryo_(band)
21318, Emil_Nikolaisen
6900, Frank_Agnew
2659, Graham_Broad
27299, Graham_Lyle
28387, Henry_Segrave
9516, Herman_Matthews
7593, Indie_folk
4661, James_Dean_Bradfield
27103, Jamey_Haddad
7027, Janove_Ottesen
2432, Jesse_Sprinkle
28294, Jim_Cherneski
1278, Jimi_Goodwin
23055, Joey_Covington
13875, Joey_Fatone
8454, John_Hollenbeck_(musician)
4482, Johnny_Owens
26455, Jonny_Quinn
3185, Josh_Ramsay
1440, Kahil_El'Zabar
15151, Keith_Carlock
23044, Kirkby_Lonsdale
15676, Liam_Genockey
27296, Ludwig_Drums
26984, Luis_Resto_(musician)
4229, Madlib
4913, Marty_Feier
11024, Miguel_Atwood-Ferguson
2951, Mikko_Sirén
19286, Mitch_Mitchell
20139, Morten_Abel
18562, Neil_Peart
29166, Neil_Sanderson
29244, Nick_Augusto
13732, Nicky_Bomba
495, Noah_Bernardo
6637, Nobunny
18224, Ollie_E._Brown
9111, Percussion_instrument
880, Pete_Lockett
12191, Peter_Erskine
8770, R._B._Korbet
1163, Rachel_Blumberg
29973, Richard_Ploog
20298, Rusty_Day
16367, Sib_Hashian
21841, Simon_Crowe
21425, Solon_Bixler
19003, Stephen_Kozmeniuk
9814, Steve_Asheim
28667, Tal_Henry
3197, The_Last_Goodnight
13550, Tony_Laureano
8933, Tuomas_Holopainen
25205, Violin
7087, ZEM
src, edge_attr, dst
20582, instrument, 3141
20582, instrument, 25205
21944, hometown, 10393
21944, instrument, 3141
11026, instrument, 3141
11026, instrument, 9111
13937, instrument, 3141
13937, instrument, 9111
3041, instrument, 3141
3041, instrument, 9111
23428, instrument, 3141
23428, instrument, 9111
15852, instrument, 3141
15852, instrument, 9111
28912, instrument, 3141
28912, instrument, 9111
27755, instrument, 3141
27755, instrument, 9111
3387, instrument, 3141
3387, instrument, 9111
24211, instrument, 3141
24211, instrument, 9111
16906, instrument, 3141
16906, instrument, 9111
22864, bandMember, 9111
22864, formerBandMember, 9111
22864, formerBandMember, 25205
21318, instrument, 3141
21318, instrument, 9111
6900, instrument, 3141
6900, instrument, 9111
2659, instrument, 3141
2659, instrument, 9111
27299, instrument, 3141
27299, instrument, 25205
28387, birthPlace, 10393
28387, deathPlace, 4496
9516, instrument, 3141
9516, instrument, 9111
9516, occupation, 9111
7593, instrument, 3141
7593, instrument, 25205
4661, instrument, 3141
4661, instrument, 9111
27103, instrument, 3141
27103, instrument, 9111
7027, instrument, 3141
7027, instrument, 9111
2432, instrument, 3141
2432, instrument, 9111
28294, birthPlace, 10393
1278, instrument, 3141
1278, instrument, 9111
23055, instrument, 3141
23055, occupation, 9111
13875, instrument, 3141
13875, instrument, 9111
8454, instrument, 3141
8454, instrument, 9111
4482, instrument, 3141
4482, instrument, 9111
26455, instrument, 3141
26455, instrument, 9111
3185, instrument, 3141
3185, instrument, 25205
1440, instrument, 3141
1440, instrument, 9111
15151, instrument, 3141
15151, instrument, 9111
23044, country, 4496
15676, instrument, 3141
15676, instrument, 9111
27296, product, 3141
27296, product, 9111
26984, instrument, 9111
26984, instrument, 25205
4229, instrument, 3141
4229, instrument, 9111
4913, instrument, 3141
4913, instrument, 9111
11024, instrument, 9111
11024, instrument, 25205
2951, instrument, 3141
2951, instrument, 9111
2951, instrument, 25205
19286, instrument, 3141
19286, instrument, 9111
20139, instrument, 3141
20139, instrument, 9111
18562, instrument, 3141
18562, instrument, 9111
29166, instrument, 3141
29166, occupation, 9111
29244, instrument, 3141
29244, instrument, 9111
13732, instrument, 3141
13732, instrument, 9111
495, instrument, 3141
495, instrument, 9111
6637, instrument, 3141
6637, instrument, 9111
18224, instrument, 3141
18224, instrument, 9111
18224, occupation, 9111
880, instrument, 3141
880, instrument, 9111
12191, instrument, 3141
12191, instrument, 9111
8770, instrument, 3141
8770, instrument, 9111
1163, instrument, 3141
1163, instrument, 9111
29973, instrument, 3141
29973, instrument, 9111
20298, instrument, 3141
20298, instrument, 9111
16367, instrument, 3141
16367, instrument, 9111
21841, instrument, 3141
21841, instrument, 9111
21425, instrument, 3141
21425, instrument, 9111
19003, instrument, 3141
19003, instrument, 9111
9814, instrument, 3141
9814, instrument, 9111
28667, instrument, 25205
3197, formerBandMember, 3141
3197, formerBandMember, 9111
13550, instrument, 3141
13550, instrument, 9111
8933, instrument, 3141
8933, instrument, 9111
7087, bandMember, 3141
7087, bandMember, 9111
Question: For what reason are Jim_Cherneski, Kirkby_Lonsdale, Mitch_Mitchell, and Tal_Henry associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Jim_Cherneski",
"Kirkby_Lonsdale",
"Mitch_Mitchell",
"Tal_Henry"
],
"valid_edges": [
[
"Aaron_Yan",
"instrument",
"Drum_kit"
],
[
"Aaron_Yan",
"instrument",
"Violin"
],
[
"Abby_Portner",
"hometown",
"Baltimore"
],
[
"Abby_Portner",
"instrument",
"Drum_kit"
],
[
"Acacia_(band)",
"instrument",
"Drum_kit"
],
[
"Acacia_(band)",
"instrument",
"Percussion_instrument"
],
[
"Andy_Anderson_(drummer)",
"instrument",
"Drum_kit"
],
[
"Andy_Anderson_(drummer)",
"instrument",
"Percussion_instrument"
],
[
"Angus_MacLise",
"instrument",
"Drum_kit"
],
[
"Angus_MacLise",
"instrument",
"Percussion_instrument"
],
[
"Aïyb_Dieng",
"instrument",
"Drum_kit"
],
[
"Aïyb_Dieng",
"instrument",
"Percussion_instrument"
],
[
"Bosco_Mann",
"instrument",
"Drum_kit"
],
[
"Bosco_Mann",
"instrument",
"Percussion_instrument"
],
[
"Dana_Hall_(musician)",
"instrument",
"Drum_kit"
],
[
"Dana_Hall_(musician)",
"instrument",
"Percussion_instrument"
],
[
"Dariusz_Brzozowski",
"instrument",
"Drum_kit"
],
[
"Dariusz_Brzozowski",
"instrument",
"Percussion_instrument"
],
[
"Derek_Roddy",
"instrument",
"Drum_kit"
],
[
"Derek_Roddy",
"instrument",
"Percussion_instrument"
],
[
"Dirk_Verbeuren",
"instrument",
"Drum_kit"
],
[
"Dirk_Verbeuren",
"instrument",
"Percussion_instrument"
],
[
"Edward_Vesala",
"instrument",
"Drum_kit"
],
[
"Edward_Vesala",
"instrument",
"Percussion_instrument"
],
[
"Embryo_(band)",
"bandMember",
"Percussion_instrument"
],
[
"Embryo_(band)",
"formerBandMember",
"Percussion_instrument"
],
[
"Embryo_(band)",
"formerBandMember",
"Violin"
],
[
"Emil_Nikolaisen",
"instrument",
"Drum_kit"
],
[
"Emil_Nikolaisen",
"instrument",
"Percussion_instrument"
],
[
"Frank_Agnew",
"instrument",
"Drum_kit"
],
[
"Frank_Agnew",
"instrument",
"Percussion_instrument"
],
[
"Graham_Broad",
"instrument",
"Drum_kit"
],
[
"Graham_Broad",
"instrument",
"Percussion_instrument"
],
[
"Graham_Lyle",
"instrument",
"Drum_kit"
],
[
"Graham_Lyle",
"instrument",
"Violin"
],
[
"Henry_Segrave",
"birthPlace",
"Baltimore"
],
[
"Henry_Segrave",
"deathPlace",
"Cumbria"
],
[
"Herman_Matthews",
"instrument",
"Drum_kit"
],
[
"Herman_Matthews",
"instrument",
"Percussion_instrument"
],
[
"Herman_Matthews",
"occupation",
"Percussion_instrument"
],
[
"Indie_folk",
"instrument",
"Drum_kit"
],
[
"Indie_folk",
"instrument",
"Violin"
],
[
"James_Dean_Bradfield",
"instrument",
"Drum_kit"
],
[
"James_Dean_Bradfield",
"instrument",
"Percussion_instrument"
],
[
"Jamey_Haddad",
"instrument",
"Drum_kit"
],
[
"Jamey_Haddad",
"instrument",
"Percussion_instrument"
],
[
"Janove_Ottesen",
"instrument",
"Drum_kit"
],
[
"Janove_Ottesen",
"instrument",
"Percussion_instrument"
],
[
"Jesse_Sprinkle",
"instrument",
"Drum_kit"
],
[
"Jesse_Sprinkle",
"instrument",
"Percussion_instrument"
],
[
"Jim_Cherneski",
"birthPlace",
"Baltimore"
],
[
"Jimi_Goodwin",
"instrument",
"Drum_kit"
],
[
"Jimi_Goodwin",
"instrument",
"Percussion_instrument"
],
[
"Joey_Covington",
"instrument",
"Drum_kit"
],
[
"Joey_Covington",
"occupation",
"Percussion_instrument"
],
[
"Joey_Fatone",
"instrument",
"Drum_kit"
],
[
"Joey_Fatone",
"instrument",
"Percussion_instrument"
],
[
"John_Hollenbeck_(musician)",
"instrument",
"Drum_kit"
],
[
"John_Hollenbeck_(musician)",
"instrument",
"Percussion_instrument"
],
[
"Johnny_Owens",
"instrument",
"Drum_kit"
],
[
"Johnny_Owens",
"instrument",
"Percussion_instrument"
],
[
"Jonny_Quinn",
"instrument",
"Drum_kit"
],
[
"Jonny_Quinn",
"instrument",
"Percussion_instrument"
],
[
"Josh_Ramsay",
"instrument",
"Drum_kit"
],
[
"Josh_Ramsay",
"instrument",
"Violin"
],
[
"Kahil_El'Zabar",
"instrument",
"Drum_kit"
],
[
"Kahil_El'Zabar",
"instrument",
"Percussion_instrument"
],
[
"Keith_Carlock",
"instrument",
"Drum_kit"
],
[
"Keith_Carlock",
"instrument",
"Percussion_instrument"
],
[
"Kirkby_Lonsdale",
"country",
"Cumbria"
],
[
"Liam_Genockey",
"instrument",
"Drum_kit"
],
[
"Liam_Genockey",
"instrument",
"Percussion_instrument"
],
[
"Ludwig_Drums",
"product",
"Drum_kit"
],
[
"Ludwig_Drums",
"product",
"Percussion_instrument"
],
[
"Luis_Resto_(musician)",
"instrument",
"Percussion_instrument"
],
[
"Luis_Resto_(musician)",
"instrument",
"Violin"
],
[
"Madlib",
"instrument",
"Drum_kit"
],
[
"Madlib",
"instrument",
"Percussion_instrument"
],
[
"Marty_Feier",
"instrument",
"Drum_kit"
],
[
"Marty_Feier",
"instrument",
"Percussion_instrument"
],
[
"Miguel_Atwood-Ferguson",
"instrument",
"Percussion_instrument"
],
[
"Miguel_Atwood-Ferguson",
"instrument",
"Violin"
],
[
"Mikko_Sirén",
"instrument",
"Drum_kit"
],
[
"Mikko_Sirén",
"instrument",
"Percussion_instrument"
],
[
"Mikko_Sirén",
"instrument",
"Violin"
],
[
"Mitch_Mitchell",
"instrument",
"Drum_kit"
],
[
"Mitch_Mitchell",
"instrument",
"Percussion_instrument"
],
[
"Morten_Abel",
"instrument",
"Drum_kit"
],
[
"Morten_Abel",
"instrument",
"Percussion_instrument"
],
[
"Neil_Peart",
"instrument",
"Drum_kit"
],
[
"Neil_Peart",
"instrument",
"Percussion_instrument"
],
[
"Neil_Sanderson",
"instrument",
"Drum_kit"
],
[
"Neil_Sanderson",
"occupation",
"Percussion_instrument"
],
[
"Nick_Augusto",
"instrument",
"Drum_kit"
],
[
"Nick_Augusto",
"instrument",
"Percussion_instrument"
],
[
"Nicky_Bomba",
"instrument",
"Drum_kit"
],
[
"Nicky_Bomba",
"instrument",
"Percussion_instrument"
],
[
"Noah_Bernardo",
"instrument",
"Drum_kit"
],
[
"Noah_Bernardo",
"instrument",
"Percussion_instrument"
],
[
"Nobunny",
"instrument",
"Drum_kit"
],
[
"Nobunny",
"instrument",
"Percussion_instrument"
],
[
"Ollie_E._Brown",
"instrument",
"Drum_kit"
],
[
"Ollie_E._Brown",
"instrument",
"Percussion_instrument"
],
[
"Ollie_E._Brown",
"occupation",
"Percussion_instrument"
],
[
"Pete_Lockett",
"instrument",
"Drum_kit"
],
[
"Pete_Lockett",
"instrument",
"Percussion_instrument"
],
[
"Peter_Erskine",
"instrument",
"Drum_kit"
],
[
"Peter_Erskine",
"instrument",
"Percussion_instrument"
],
[
"R._B._Korbet",
"instrument",
"Drum_kit"
],
[
"R._B._Korbet",
"instrument",
"Percussion_instrument"
],
[
"Rachel_Blumberg",
"instrument",
"Drum_kit"
],
[
"Rachel_Blumberg",
"instrument",
"Percussion_instrument"
],
[
"Richard_Ploog",
"instrument",
"Drum_kit"
],
[
"Richard_Ploog",
"instrument",
"Percussion_instrument"
],
[
"Rusty_Day",
"instrument",
"Drum_kit"
],
[
"Rusty_Day",
"instrument",
"Percussion_instrument"
],
[
"Sib_Hashian",
"instrument",
"Drum_kit"
],
[
"Sib_Hashian",
"instrument",
"Percussion_instrument"
],
[
"Simon_Crowe",
"instrument",
"Drum_kit"
],
[
"Simon_Crowe",
"instrument",
"Percussion_instrument"
],
[
"Solon_Bixler",
"instrument",
"Drum_kit"
],
[
"Solon_Bixler",
"instrument",
"Percussion_instrument"
],
[
"Stephen_Kozmeniuk",
"instrument",
"Drum_kit"
],
[
"Stephen_Kozmeniuk",
"instrument",
"Percussion_instrument"
],
[
"Steve_Asheim",
"instrument",
"Drum_kit"
],
[
"Steve_Asheim",
"instrument",
"Percussion_instrument"
],
[
"Tal_Henry",
"instrument",
"Violin"
],
[
"The_Last_Goodnight",
"formerBandMember",
"Drum_kit"
],
[
"The_Last_Goodnight",
"formerBandMember",
"Percussion_instrument"
],
[
"Tony_Laureano",
"instrument",
"Drum_kit"
],
[
"Tony_Laureano",
"instrument",
"Percussion_instrument"
],
[
"Tuomas_Holopainen",
"instrument",
"Drum_kit"
],
[
"Tuomas_Holopainen",
"instrument",
"Percussion_instrument"
],
[
"ZEM",
"bandMember",
"Drum_kit"
],
[
"ZEM",
"bandMember",
"Percussion_instrument"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
28345, Alan_Silva
29161, Bix_Beiderbecke
9538, Bookatable
23699, Boots_N'_All
8750, Branford_Marsalis
4026, Buckshot_LeFonque_(album)
1828, Call_Me_(Petula_Clark_song)
24979, Capitol_Records
543, Denny_Zeitlin
13067, Edgar_Meyer
21327, English_language
12020, Fizzy_Qwick
22823, Giuni_Russo
18083, Hank_Jones
13602, HoboSapiens
1649, Irish_migration_to_Great_Britain
20685, Isadar
4793, Jazz
7977, Jeff_Healey
21354, Joe_Jackson_(musician)
12837, Kansas_State_High_School_Activities_Association
28339, Kassengift
21029, Live_in_Europe_1967:_The_Bootleg_Series_Vol._1
6158, London
3006, Mindy_McCready
15802, Reporters_(TV_series)
22711, Romanians_in_the_United_Kingdom
10845, Russians_in_the_United_Kingdom
16566, Sachin–Jigar
11784, Sony_Music_Entertainment
10297, The_Abbey_Road_E.P.
23777, Thomas_Spencer_Cobbold
20652, Tony_Bennett:_The_Playground
28636, Trust_Us_with_Your_Life
26073, Ukrainians_in_the_United_Kingdom
12626, Vértigo_(Fey_album)
22015, Ye_Maaya_Chesave_(soundtrack)
src, edge_attr, dst
28345, genre, 4793
28345, recordLabel, 11784
29161, genre, 4793
29161, recordLabel, 11784
9538, language, 21327
9538, location, 6158
23699, language, 21327
23699, location, 6158
8750, genre, 4793
8750, recordLabel, 11784
4026, genre, 4793
4026, recordLabel, 11784
1828, language, 21327
1828, recordedIn, 6158
543, genre, 4793
543, recordLabel, 11784
13067, genre, 4793
13067, recordLabel, 11784
12020, genre, 4793
12020, recordLabel, 11784
22823, genre, 4793
22823, recordLabel, 11784
18083, genre, 4793
18083, recordLabel, 24979
18083, recordLabel, 11784
13602, language, 21327
13602, recordedIn, 6158
1649, language, 21327
1649, populationPlace, 6158
20685, genre, 4793
20685, recordLabel, 11784
7977, genre, 4793
7977, recordLabel, 11784
21354, genre, 4793
21354, recordLabel, 11784
12837, language, 21327
28339, language, 21327
28339, recordedIn, 6158
21029, genre, 4793
21029, language, 21327
21029, recordLabel, 11784
3006, recordLabel, 24979
15802, language, 21327
15802, location, 6158
22711, language, 21327
22711, populationPlace, 6158
10845, language, 21327
10845, populationPlace, 6158
16566, genre, 4793
16566, recordLabel, 11784
10297, language, 21327
10297, recordLabel, 24979
23777, deathPlace, 6158
20652, genre, 4793
20652, recordLabel, 11784
28636, language, 21327
28636, location, 6158
26073, language, 21327
26073, populationPlace, 6158
12626, language, 21327
12626, recordedIn, 6158
22015, language, 21327
22015, recordLabel, 11784
Question: How are Joe_Jackson_(musician), Kansas_State_High_School_Activities_Association, Mindy_McCready, and Thomas_Spencer_Cobbold related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Joe_Jackson_(musician)",
"Kansas_State_High_School_Activities_Association",
"Mindy_McCready",
"Thomas_Spencer_Cobbold"
],
"valid_edges": [
[
"Alan_Silva",
"genre",
"Jazz"
],
[
"Alan_Silva",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Bix_Beiderbecke",
"genre",
"Jazz"
],
[
"Bix_Beiderbecke",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Bookatable",
"language",
"English_language"
],
[
"Bookatable",
"location",
"London"
],
[
"Boots_N'_All",
"language",
"English_language"
],
[
"Boots_N'_All",
"location",
"London"
],
[
"Branford_Marsalis",
"genre",
"Jazz"
],
[
"Branford_Marsalis",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Buckshot_LeFonque_(album)",
"genre",
"Jazz"
],
[
"Buckshot_LeFonque_(album)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Call_Me_(Petula_Clark_song)",
"language",
"English_language"
],
[
"Call_Me_(Petula_Clark_song)",
"recordedIn",
"London"
],
[
"Denny_Zeitlin",
"genre",
"Jazz"
],
[
"Denny_Zeitlin",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Edgar_Meyer",
"genre",
"Jazz"
],
[
"Edgar_Meyer",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Fizzy_Qwick",
"genre",
"Jazz"
],
[
"Fizzy_Qwick",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Giuni_Russo",
"genre",
"Jazz"
],
[
"Giuni_Russo",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Hank_Jones",
"genre",
"Jazz"
],
[
"Hank_Jones",
"recordLabel",
"Capitol_Records"
],
[
"Hank_Jones",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"HoboSapiens",
"language",
"English_language"
],
[
"HoboSapiens",
"recordedIn",
"London"
],
[
"Irish_migration_to_Great_Britain",
"language",
"English_language"
],
[
"Irish_migration_to_Great_Britain",
"populationPlace",
"London"
],
[
"Isadar",
"genre",
"Jazz"
],
[
"Isadar",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Jeff_Healey",
"genre",
"Jazz"
],
[
"Jeff_Healey",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Joe_Jackson_(musician)",
"genre",
"Jazz"
],
[
"Joe_Jackson_(musician)",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Kansas_State_High_School_Activities_Association",
"language",
"English_language"
],
[
"Kassengift",
"language",
"English_language"
],
[
"Kassengift",
"recordedIn",
"London"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"genre",
"Jazz"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"language",
"English_language"
],
[
"Live_in_Europe_1967:_The_Bootleg_Series_Vol._1",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Mindy_McCready",
"recordLabel",
"Capitol_Records"
],
[
"Reporters_(TV_series)",
"language",
"English_language"
],
[
"Reporters_(TV_series)",
"location",
"London"
],
[
"Romanians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Romanians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Russians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Russians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Sachin–Jigar",
"genre",
"Jazz"
],
[
"Sachin–Jigar",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"The_Abbey_Road_E.P.",
"language",
"English_language"
],
[
"The_Abbey_Road_E.P.",
"recordLabel",
"Capitol_Records"
],
[
"Thomas_Spencer_Cobbold",
"deathPlace",
"London"
],
[
"Tony_Bennett:_The_Playground",
"genre",
"Jazz"
],
[
"Tony_Bennett:_The_Playground",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Trust_Us_with_Your_Life",
"language",
"English_language"
],
[
"Trust_Us_with_Your_Life",
"location",
"London"
],
[
"Ukrainians_in_the_United_Kingdom",
"language",
"English_language"
],
[
"Ukrainians_in_the_United_Kingdom",
"populationPlace",
"London"
],
[
"Vértigo_(Fey_album)",
"language",
"English_language"
],
[
"Vértigo_(Fey_album)",
"recordedIn",
"London"
],
[
"Ye_Maaya_Chesave_(soundtrack)",
"language",
"English_language"
],
[
"Ye_Maaya_Chesave_(soundtrack)",
"recordLabel",
"Sony_Music_Entertainment"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
4953, Celtic_F.C.
30366, Dariusz_Wdowczyk
3563, France_national_football_team
6831, Germany
5191, Ignace_Kowalczyk
27639, Jean-Louis_Gasset
5481, Maciej_Żurawski
7767, Miedź_Legnica
14737, Olivier_Kapo
28513, Phoenix_Solar
18528, Poland
20972, Ronnie_Coyle
18501, Wojciech_Łobodziński
src, edge_attr, dst
30366, birthPlace, 18528
30366, team, 4953
5191, birthPlace, 6831
5191, team, 3563
27639, managerClub, 3563
5481, birthPlace, 18528
5481, team, 4953
7767, ground, 18528
14737, team, 4953
14737, team, 3563
28513, locationCountry, 6831
20972, team, 4953
18501, birthPlace, 18528
18501, team, 7767
Question: How are Jean-Louis_Gasset, Miedź_Legnica, Phoenix_Solar, and Ronnie_Coyle related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Jean-Louis_Gasset",
"Miedź_Legnica",
"Phoenix_Solar",
"Ronnie_Coyle"
],
"valid_edges": [
[
"Dariusz_Wdowczyk",
"birthPlace",
"Poland"
],
[
"Dariusz_Wdowczyk",
"team",
"Celtic_F.C."
],
[
"Ignace_Kowalczyk",
"birthPlace",
"Germany"
],
[
"Ignace_Kowalczyk",
"team",
"France_national_football_team"
],
[
"Jean-Louis_Gasset",
"managerClub",
"France_national_football_team"
],
[
"Maciej_Żurawski",
"birthPlace",
"Poland"
],
[
"Maciej_Żurawski",
"team",
"Celtic_F.C."
],
[
"Miedź_Legnica",
"ground",
"Poland"
],
[
"Olivier_Kapo",
"team",
"Celtic_F.C."
],
[
"Olivier_Kapo",
"team",
"France_national_football_team"
],
[
"Phoenix_Solar",
"locationCountry",
"Germany"
],
[
"Ronnie_Coyle",
"team",
"Celtic_F.C."
],
[
"Wojciech_Łobodziński",
"birthPlace",
"Poland"
],
[
"Wojciech_Łobodziński",
"team",
"Miedź_Legnica"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
17583, Allen_Toussaint
1581, Aquí
26580, Billy_Cobham
29324, Charlie_Rich
12468, Dave_Pell
29840, Erik_Friedlander
23634, Etta_James
20665, Felipe_Baloy
5079, Free_Will_(album)
2007, Grêmio_Foot-Ball_Porto_Alegrense
16068, Hall_&_Oates
13003, He's_My_Guy
15956, I_Can't_Go_for_That_(No_Can_Do)
11226, It_Doesn't_Have_to_Be_This_Way
4793, Jazz
7977, Jeff_Healey
24611, Jorginho_Putinatti
15154, Luiz_Bombonato_Goulart
9490, Mundell_Lowe
30428, Nagoya_Grampus
13849, Panama
27258, RCA_Records
13096, Sonny_Meets_Hawk!
16932, Spirit_Trail
13741, Sylvie_Vartan
12437, Takafumi_Yoshimoto
1734, Teresa_Brewer
20196, The_Ultimate_Collection_(Sade_album)
2531, Trouble_with_My_Baby
27432, Walter_Murphy
18272, Warren_Hill_(musician)
21212, Yestergroovin
src, edge_attr, dst
17583, genre, 4793
17583, recordLabel, 27258
1581, recordLabel, 27258
26580, birthPlace, 13849
26580, genre, 4793
29324, genre, 4793
29324, recordLabel, 27258
12468, genre, 4793
12468, recordLabel, 27258
29840, genre, 4793
23634, genre, 4793
23634, recordLabel, 27258
20665, birthPlace, 13849
20665, team, 2007
5079, genre, 4793
5079, recordLabel, 27258
16068, genre, 4793
16068, recordLabel, 27258
13003, genre, 4793
13003, recordLabel, 27258
15956, genre, 4793
15956, recordLabel, 27258
11226, genre, 4793
11226, recordLabel, 27258
7977, genre, 4793
7977, recordLabel, 27258
24611, team, 2007
24611, team, 30428
15154, team, 2007
15154, team, 30428
9490, genre, 4793
9490, recordLabel, 27258
13096, genre, 4793
13096, recordLabel, 27258
16932, genre, 4793
16932, recordLabel, 27258
13741, genre, 4793
13741, recordLabel, 27258
12437, team, 30428
1734, genre, 4793
1734, recordLabel, 27258
20196, genre, 4793
20196, recordLabel, 27258
2531, genre, 4793
2531, recordLabel, 27258
27432, genre, 4793
27432, recordLabel, 27258
18272, genre, 4793
18272, recordLabel, 27258
21212, genre, 4793
21212, recordLabel, 27258
Question: How are Aquí, Erik_Friedlander, Felipe_Baloy, and Takafumi_Yoshimoto related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Aquí",
"Erik_Friedlander",
"Felipe_Baloy",
"Takafumi_Yoshimoto"
],
"valid_edges": [
[
"Allen_Toussaint",
"genre",
"Jazz"
],
[
"Allen_Toussaint",
"recordLabel",
"RCA_Records"
],
[
"Aquí",
"recordLabel",
"RCA_Records"
],
[
"Billy_Cobham",
"birthPlace",
"Panama"
],
[
"Billy_Cobham",
"genre",
"Jazz"
],
[
"Charlie_Rich",
"genre",
"Jazz"
],
[
"Charlie_Rich",
"recordLabel",
"RCA_Records"
],
[
"Dave_Pell",
"genre",
"Jazz"
],
[
"Dave_Pell",
"recordLabel",
"RCA_Records"
],
[
"Erik_Friedlander",
"genre",
"Jazz"
],
[
"Etta_James",
"genre",
"Jazz"
],
[
"Etta_James",
"recordLabel",
"RCA_Records"
],
[
"Felipe_Baloy",
"birthPlace",
"Panama"
],
[
"Felipe_Baloy",
"team",
"Grêmio_Foot-Ball_Porto_Alegrense"
],
[
"Free_Will_(album)",
"genre",
"Jazz"
],
[
"Free_Will_(album)",
"recordLabel",
"RCA_Records"
],
[
"Hall_&_Oates",
"genre",
"Jazz"
],
[
"Hall_&_Oates",
"recordLabel",
"RCA_Records"
],
[
"He's_My_Guy",
"genre",
"Jazz"
],
[
"He's_My_Guy",
"recordLabel",
"RCA_Records"
],
[
"I_Can't_Go_for_That_(No_Can_Do)",
"genre",
"Jazz"
],
[
"I_Can't_Go_for_That_(No_Can_Do)",
"recordLabel",
"RCA_Records"
],
[
"It_Doesn't_Have_to_Be_This_Way",
"genre",
"Jazz"
],
[
"It_Doesn't_Have_to_Be_This_Way",
"recordLabel",
"RCA_Records"
],
[
"Jeff_Healey",
"genre",
"Jazz"
],
[
"Jeff_Healey",
"recordLabel",
"RCA_Records"
],
[
"Jorginho_Putinatti",
"team",
"Grêmio_Foot-Ball_Porto_Alegrense"
],
[
"Jorginho_Putinatti",
"team",
"Nagoya_Grampus"
],
[
"Luiz_Bombonato_Goulart",
"team",
"Grêmio_Foot-Ball_Porto_Alegrense"
],
[
"Luiz_Bombonato_Goulart",
"team",
"Nagoya_Grampus"
],
[
"Mundell_Lowe",
"genre",
"Jazz"
],
[
"Mundell_Lowe",
"recordLabel",
"RCA_Records"
],
[
"Sonny_Meets_Hawk!",
"genre",
"Jazz"
],
[
"Sonny_Meets_Hawk!",
"recordLabel",
"RCA_Records"
],
[
"Spirit_Trail",
"genre",
"Jazz"
],
[
"Spirit_Trail",
"recordLabel",
"RCA_Records"
],
[
"Sylvie_Vartan",
"genre",
"Jazz"
],
[
"Sylvie_Vartan",
"recordLabel",
"RCA_Records"
],
[
"Takafumi_Yoshimoto",
"team",
"Nagoya_Grampus"
],
[
"Teresa_Brewer",
"genre",
"Jazz"
],
[
"Teresa_Brewer",
"recordLabel",
"RCA_Records"
],
[
"The_Ultimate_Collection_(Sade_album)",
"genre",
"Jazz"
],
[
"The_Ultimate_Collection_(Sade_album)",
"recordLabel",
"RCA_Records"
],
[
"Trouble_with_My_Baby",
"genre",
"Jazz"
],
[
"Trouble_with_My_Baby",
"recordLabel",
"RCA_Records"
],
[
"Walter_Murphy",
"genre",
"Jazz"
],
[
"Walter_Murphy",
"recordLabel",
"RCA_Records"
],
[
"Warren_Hill_(musician)",
"genre",
"Jazz"
],
[
"Warren_Hill_(musician)",
"recordLabel",
"RCA_Records"
],
[
"Yestergroovin",
"genre",
"Jazz"
],
[
"Yestergroovin",
"recordLabel",
"RCA_Records"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
25221, Barndance_Boys
13960, Bavarian_Fruit_Bread
29348, Bella_Union
16087, Charles_Spearman
26313, Folk_music
14854, Heist_or_Hit_Records
25136, In_Dulci_Jubilo_/_On_Horseback
20033, Jamie_N_Commons
1983, John_Kirkpatrick_(musician)
9006, Johnny_Ringo_(TV_series)
6158, London
12265, Loose_Music
3847, RAIGN
16929, Terence_De_Marney
8987, The_Climbers_(band)
30355, The_Leisure_Society
12714, Tracy-Ann_Oberman
src, edge_attr, dst
25221, genre, 26313
25221, hometown, 6158
13960, genre, 26313
13960, recordedIn, 6158
29348, genre, 26313
29348, location, 6158
16087, birthPlace, 6158
16087, deathPlace, 6158
14854, genre, 26313
14854, location, 6158
25136, genre, 26313
20033, genre, 26313
20033, hometown, 6158
1983, genre, 26313
1983, hometown, 6158
9006, starring, 16929
12265, genre, 26313
12265, location, 6158
3847, genre, 26313
3847, hometown, 6158
16929, birthPlace, 6158
16929, deathPlace, 6158
8987, genre, 26313
8987, hometown, 6158
30355, genre, 26313
30355, hometown, 6158
12714, birthPlace, 6158
Question: In what context are Charles_Spearman, In_Dulci_Jubilo_/_On_Horseback, Johnny_Ringo_(TV_series), and Tracy-Ann_Oberman connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Charles_Spearman",
"In_Dulci_Jubilo_/_On_Horseback",
"Johnny_Ringo_(TV_series)",
"Tracy-Ann_Oberman"
],
"valid_edges": [
[
"Barndance_Boys",
"genre",
"Folk_music"
],
[
"Barndance_Boys",
"hometown",
"London"
],
[
"Bavarian_Fruit_Bread",
"genre",
"Folk_music"
],
[
"Bavarian_Fruit_Bread",
"recordedIn",
"London"
],
[
"Bella_Union",
"genre",
"Folk_music"
],
[
"Bella_Union",
"location",
"London"
],
[
"Charles_Spearman",
"birthPlace",
"London"
],
[
"Charles_Spearman",
"deathPlace",
"London"
],
[
"Heist_or_Hit_Records",
"genre",
"Folk_music"
],
[
"Heist_or_Hit_Records",
"location",
"London"
],
[
"In_Dulci_Jubilo_/_On_Horseback",
"genre",
"Folk_music"
],
[
"Jamie_N_Commons",
"genre",
"Folk_music"
],
[
"Jamie_N_Commons",
"hometown",
"London"
],
[
"John_Kirkpatrick_(musician)",
"genre",
"Folk_music"
],
[
"John_Kirkpatrick_(musician)",
"hometown",
"London"
],
[
"Johnny_Ringo_(TV_series)",
"starring",
"Terence_De_Marney"
],
[
"Loose_Music",
"genre",
"Folk_music"
],
[
"Loose_Music",
"location",
"London"
],
[
"RAIGN",
"genre",
"Folk_music"
],
[
"RAIGN",
"hometown",
"London"
],
[
"Terence_De_Marney",
"birthPlace",
"London"
],
[
"Terence_De_Marney",
"deathPlace",
"London"
],
[
"The_Climbers_(band)",
"genre",
"Folk_music"
],
[
"The_Climbers_(band)",
"hometown",
"London"
],
[
"The_Leisure_Society",
"genre",
"Folk_music"
],
[
"The_Leisure_Society",
"hometown",
"London"
],
[
"Tracy-Ann_Oberman",
"birthPlace",
"London"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
27803, Aghvan_Papikyan
24717, Broken_Head_(album)
26381, Dead_City_Radio_and_the_New_Gods_of_Supertown
7020, Dmitri_Kruglov
15289, Gmina_Rutki
19631, Heavy_metal_music
4416, Joey_DeMaio
21361, John_5_(guitarist)
12898, List_of_Russian_football_transfers_summer_2013
18921, Marcin_Kowalczyk
674, Piotr_Polczak
18528, Poland
2395, Saint_(song)
src, edge_attr, dst
27803, birthPlace, 18528
24717, genre, 19631
24717, recordedIn, 18528
26381, genre, 19631
26381, writer, 21361
15289, country, 18528
4416, genre, 19631
21361, genre, 19631
12898, currentMember, 27803
12898, currentMember, 7020
12898, currentMember, 18921
12898, currentMember, 674
18921, birthPlace, 18528
674, birthPlace, 18528
2395, writer, 21361
Question: In what context are Dmitri_Kruglov, Gmina_Rutki, Joey_DeMaio, and Saint_(song) connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Dmitri_Kruglov",
"Gmina_Rutki",
"Joey_DeMaio",
"Saint_(song)"
],
"valid_edges": [
[
"Aghvan_Papikyan",
"birthPlace",
"Poland"
],
[
"Broken_Head_(album)",
"genre",
"Heavy_metal_music"
],
[
"Broken_Head_(album)",
"recordedIn",
"Poland"
],
[
"Dead_City_Radio_and_the_New_Gods_of_Supertown",
"genre",
"Heavy_metal_music"
],
[
"Dead_City_Radio_and_the_New_Gods_of_Supertown",
"writer",
"John_5_(guitarist)"
],
[
"Gmina_Rutki",
"country",
"Poland"
],
[
"Joey_DeMaio",
"genre",
"Heavy_metal_music"
],
[
"John_5_(guitarist)",
"genre",
"Heavy_metal_music"
],
[
"List_of_Russian_football_transfers_summer_2013",
"currentMember",
"Aghvan_Papikyan"
],
[
"List_of_Russian_football_transfers_summer_2013",
"currentMember",
"Dmitri_Kruglov"
],
[
"List_of_Russian_football_transfers_summer_2013",
"currentMember",
"Marcin_Kowalczyk"
],
[
"List_of_Russian_football_transfers_summer_2013",
"currentMember",
"Piotr_Polczak"
],
[
"Marcin_Kowalczyk",
"birthPlace",
"Poland"
],
[
"Piotr_Polczak",
"birthPlace",
"Poland"
],
[
"Saint_(song)",
"writer",
"John_5_(guitarist)"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
28305, Appnovation
29311, Arrow_(TV_series)
18851, BBC
31, British_Columbia
29651, David_Nutter
6743, Defying_Gravity_(TV_series)
4130, Ebrahim_Mirzapour
10064, Hannah_Simone
16511, Iran
6158, London
27077, Omnifilm_Entertainment
21483, Shahrzad_Rafati
27224, Sing_Brother_Sing
13851, Vancouver
src, edge_attr, dst
28305, location, 6158
28305, location, 13851
29311, executiveProducer, 29651
29311, location, 13851
18851, locationCity, 6158
6743, company, 18851
6743, company, 27077
6743, location, 31
6743, location, 13851
4130, birthPlace, 16511
10064, birthPlace, 6158
10064, hometown, 13851
27077, locationCity, 13851
21483, birthPlace, 16511
21483, nationality, 16511
21483, occupation, 13851
21483, stateOfOrigin, 16511
27224, recordedIn, 6158
13851, isPartOf, 31
Question: For what reason are David_Nutter, Ebrahim_Mirzapour, Omnifilm_Entertainment, and Sing_Brother_Sing associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"David_Nutter",
"Ebrahim_Mirzapour",
"Omnifilm_Entertainment",
"Sing_Brother_Sing"
],
"valid_edges": [
[
"Appnovation",
"location",
"London"
],
[
"Appnovation",
"location",
"Vancouver"
],
[
"Arrow_(TV_series)",
"executiveProducer",
"David_Nutter"
],
[
"Arrow_(TV_series)",
"location",
"Vancouver"
],
[
"BBC",
"locationCity",
"London"
],
[
"Defying_Gravity_(TV_series)",
"company",
"BBC"
],
[
"Defying_Gravity_(TV_series)",
"company",
"Omnifilm_Entertainment"
],
[
"Defying_Gravity_(TV_series)",
"location",
"British_Columbia"
],
[
"Defying_Gravity_(TV_series)",
"location",
"Vancouver"
],
[
"Ebrahim_Mirzapour",
"birthPlace",
"Iran"
],
[
"Hannah_Simone",
"birthPlace",
"London"
],
[
"Hannah_Simone",
"hometown",
"Vancouver"
],
[
"Omnifilm_Entertainment",
"locationCity",
"Vancouver"
],
[
"Shahrzad_Rafati",
"birthPlace",
"Iran"
],
[
"Shahrzad_Rafati",
"nationality",
"Iran"
],
[
"Shahrzad_Rafati",
"occupation",
"Vancouver"
],
[
"Shahrzad_Rafati",
"stateOfOrigin",
"Iran"
],
[
"Sing_Brother_Sing",
"recordedIn",
"London"
],
[
"Vancouver",
"isPartOf",
"British_Columbia"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
6430, Adzuna
26478, Barbara_Kwiatkowska-Lass
9538, Bookatable
13721, Ernst_Kruse
29037, Eurosport_2
28882, Finland
8746, Friedrich-Wilhelm_von_Chappuis
22320, Friedrich_Blümke
892, Gerhard_Lotze
14589, German_occupation_of_Czechoslovakia
6831, Germany
23158, Gmina_Żmigród
23845, Helmuth_Förster
13382, Kashubians
6218, Kreisliga
26190, New_Club_of_Paris
18528, Poland
12385, Quicksand_(2003_film)
13433, Rudolf_Bornhof
6827, Silja_Line
src, edge_attr, dst
6430, regionServed, 6831
6430, regionServed, 18528
26478, birthPlace, 18528
26478, deathPlace, 6831
9538, regionServed, 28882
9538, regionServed, 6831
13721, birthPlace, 6831
13721, deathPlace, 18528
29037, country, 28882
29037, country, 6831
29037, country, 18528
29037, locationCountry, 28882
29037, locationCountry, 6831
29037, locationCountry, 18528
8746, birthPlace, 18528
8746, deathPlace, 6831
22320, battle, 14589
892, birthPlace, 6831
892, deathPlace, 18528
23158, country, 18528
23845, birthPlace, 18528
23845, deathPlace, 6831
13382, populationPlace, 6831
13382, populationPlace, 18528
13382, related, 18528
6218, country, 6831
26190, location, 28882
26190, location, 6831
18528, ethnicGroup, 13382
12385, country, 28882
12385, country, 6831
13433, battle, 14589
13433, birthPlace, 18528
6827, location, 28882
Question: How are Friedrich_Blümke, Gmina_Żmigród, Kreisliga, and Silja_Line related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Friedrich_Blümke",
"Gmina_Żmigród",
"Kreisliga",
"Silja_Line"
],
"valid_edges": [
[
"Adzuna",
"regionServed",
"Germany"
],
[
"Adzuna",
"regionServed",
"Poland"
],
[
"Barbara_Kwiatkowska-Lass",
"birthPlace",
"Poland"
],
[
"Barbara_Kwiatkowska-Lass",
"deathPlace",
"Germany"
],
[
"Bookatable",
"regionServed",
"Finland"
],
[
"Bookatable",
"regionServed",
"Germany"
],
[
"Ernst_Kruse",
"birthPlace",
"Germany"
],
[
"Ernst_Kruse",
"deathPlace",
"Poland"
],
[
"Eurosport_2",
"country",
"Finland"
],
[
"Eurosport_2",
"country",
"Germany"
],
[
"Eurosport_2",
"country",
"Poland"
],
[
"Eurosport_2",
"locationCountry",
"Finland"
],
[
"Eurosport_2",
"locationCountry",
"Germany"
],
[
"Eurosport_2",
"locationCountry",
"Poland"
],
[
"Friedrich-Wilhelm_von_Chappuis",
"birthPlace",
"Poland"
],
[
"Friedrich-Wilhelm_von_Chappuis",
"deathPlace",
"Germany"
],
[
"Friedrich_Blümke",
"battle",
"German_occupation_of_Czechoslovakia"
],
[
"Gerhard_Lotze",
"birthPlace",
"Germany"
],
[
"Gerhard_Lotze",
"deathPlace",
"Poland"
],
[
"Gmina_Żmigród",
"country",
"Poland"
],
[
"Helmuth_Förster",
"birthPlace",
"Poland"
],
[
"Helmuth_Förster",
"deathPlace",
"Germany"
],
[
"Kashubians",
"populationPlace",
"Germany"
],
[
"Kashubians",
"populationPlace",
"Poland"
],
[
"Kashubians",
"related",
"Poland"
],
[
"Kreisliga",
"country",
"Germany"
],
[
"New_Club_of_Paris",
"location",
"Finland"
],
[
"New_Club_of_Paris",
"location",
"Germany"
],
[
"Poland",
"ethnicGroup",
"Kashubians"
],
[
"Quicksand_(2003_film)",
"country",
"Finland"
],
[
"Quicksand_(2003_film)",
"country",
"Germany"
],
[
"Rudolf_Bornhof",
"battle",
"German_occupation_of_Czechoslovakia"
],
[
"Rudolf_Bornhof",
"birthPlace",
"Poland"
],
[
"Silja_Line",
"location",
"Finland"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
11941, Aki_Seitsonen
9538, Bookatable
8365, Brädi
21327, English_language
29037, Eurosport_2
15175, Faze_Alone
28882, Finland
16075, Heikki_Kuula
24868, Hip_hop_music
6538, JVG_(band)
26686, Mariska_(rapper)
27820, Party_Girls
23742, Take_That:_The_Ultimate_Tour
src, edge_attr, dst
11941, birthPlace, 28882
9538, language, 21327
9538, regionServed, 28882
8365, birthPlace, 28882
8365, genre, 24868
29037, country, 28882
29037, language, 21327
29037, locationCountry, 28882
15175, genre, 24868
16075, birthPlace, 28882
16075, genre, 24868
16075, hometown, 28882
6538, genre, 24868
6538, hometown, 28882
26686, birthPlace, 28882
26686, genre, 24868
26686, hometown, 28882
27820, genre, 24868
23742, language, 21327
Question: How are Aki_Seitsonen, Faze_Alone, Party_Girls, and Take_That:_The_Ultimate_Tour related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Aki_Seitsonen",
"Faze_Alone",
"Party_Girls",
"Take_That:_The_Ultimate_Tour"
],
"valid_edges": [
[
"Aki_Seitsonen",
"birthPlace",
"Finland"
],
[
"Bookatable",
"language",
"English_language"
],
[
"Bookatable",
"regionServed",
"Finland"
],
[
"Brädi",
"birthPlace",
"Finland"
],
[
"Brädi",
"genre",
"Hip_hop_music"
],
[
"Eurosport_2",
"country",
"Finland"
],
[
"Eurosport_2",
"language",
"English_language"
],
[
"Eurosport_2",
"locationCountry",
"Finland"
],
[
"Faze_Alone",
"genre",
"Hip_hop_music"
],
[
"Heikki_Kuula",
"birthPlace",
"Finland"
],
[
"Heikki_Kuula",
"genre",
"Hip_hop_music"
],
[
"Heikki_Kuula",
"hometown",
"Finland"
],
[
"JVG_(band)",
"genre",
"Hip_hop_music"
],
[
"JVG_(band)",
"hometown",
"Finland"
],
[
"Mariska_(rapper)",
"birthPlace",
"Finland"
],
[
"Mariska_(rapper)",
"genre",
"Hip_hop_music"
],
[
"Mariska_(rapper)",
"hometown",
"Finland"
],
[
"Party_Girls",
"genre",
"Hip_hop_music"
],
[
"Take_That:_The_Ultimate_Tour",
"language",
"English_language"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
23025, Aspect_ratio_(image)
19245, Byker_Grove
28705, Daria
21327, English_language
11433, Geek_Girl_(novel)
1649, Irish_migration_to_Great_Britain
24770, Model_(people)
2396, Newburn
10382, Newcastle_upon_Tyne
5907, Pooch_Hall
26398, The_Owl_and_the_Ape
src, edge_attr, dst
19245, format, 23025
19245, location, 10382
28705, format, 23025
11433, language, 21327
11433, nonFictionSubject, 24770
1649, language, 21327
1649, populationPlace, 10382
2396, metropolitanBorough, 10382
5907, occupation, 24770
26398, language, 21327
Question: How are Daria, Newburn, Pooch_Hall, and The_Owl_and_the_Ape related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Daria",
"Newburn",
"Pooch_Hall",
"The_Owl_and_the_Ape"
],
"valid_edges": [
[
"Byker_Grove",
"format",
"Aspect_ratio_(image)"
],
[
"Byker_Grove",
"location",
"Newcastle_upon_Tyne"
],
[
"Daria",
"format",
"Aspect_ratio_(image)"
],
[
"Geek_Girl_(novel)",
"language",
"English_language"
],
[
"Geek_Girl_(novel)",
"nonFictionSubject",
"Model_(people)"
],
[
"Irish_migration_to_Great_Britain",
"language",
"English_language"
],
[
"Irish_migration_to_Great_Britain",
"populationPlace",
"Newcastle_upon_Tyne"
],
[
"Newburn",
"metropolitanBorough",
"Newcastle_upon_Tyne"
],
[
"Pooch_Hall",
"occupation",
"Model_(people)"
],
[
"The_Owl_and_the_Ape",
"language",
"English_language"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
3141, Drum_kit
21264, Hero_(Super_Junior_album)
15192, Jack_Anthony_(musician)
29211, Japanese_language
14176, K-pop
21541, Kabushiki_gaisha
195, Martin_Mystery
3862, Takenaka_Corporation
22367, Tatsunoko_Production
3315, Ōita_Bank_Dome
src, edge_attr, dst
21264, genre, 14176
21264, language, 29211
15192, instrument, 3141
14176, instrument, 3141
195, company, 22367
195, language, 29211
3862, type, 21541
22367, type, 21541
3315, builder, 3862
Question: In what context are Jack_Anthony_(musician), Japanese_language, Takenaka_Corporation, and Ōita_Bank_Dome connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Jack_Anthony_(musician)",
"Japanese_language",
"Takenaka_Corporation",
"Ōita_Bank_Dome"
],
"valid_edges": [
[
"Hero_(Super_Junior_album)",
"genre",
"K-pop"
],
[
"Hero_(Super_Junior_album)",
"language",
"Japanese_language"
],
[
"Jack_Anthony_(musician)",
"instrument",
"Drum_kit"
],
[
"K-pop",
"instrument",
"Drum_kit"
],
[
"Martin_Mystery",
"company",
"Tatsunoko_Production"
],
[
"Martin_Mystery",
"language",
"Japanese_language"
],
[
"Takenaka_Corporation",
"type",
"Kabushiki_gaisha"
],
[
"Tatsunoko_Production",
"type",
"Kabushiki_gaisha"
],
[
"Ōita_Bank_Dome",
"builder",
"Takenaka_Corporation"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
31, British_Columbia
1398, Compact_disc
24861, Dan_Bejar
14800, Folding_Stars
23397, Free_My_Name
2871, I_Just_Need_Myself
28779, I_Told_You_So_(Ocean_Colour_Scene_song)
12082, James_Moore_(Canadian_politician)
29957, Ocean_Colour_Scene
20458, P._P._Arnold
3081, Rough_Trade_Records
12520, Satisfied_(Squeeze_song)
13062, The_Day_We_Caught_the_Train
4517, The_Word_and_the_Flesh
src, edge_attr, dst
24861, hometown, 31
24861, recordLabel, 3081
14800, format, 1398
14800, recordedIn, 31
23397, format, 1398
23397, musicalArtist, 29957
23397, musicalBand, 29957
23397, writer, 29957
2871, format, 1398
2871, musicalArtist, 29957
2871, musicalBand, 29957
2871, writer, 29957
28779, format, 1398
28779, musicalArtist, 29957
28779, musicalBand, 29957
12082, birthPlace, 31
12082, residence, 31
20458, associatedBand, 29957
20458, associatedMusicalArtist, 29957
12520, format, 1398
13062, format, 1398
13062, musicalArtist, 29957
13062, musicalBand, 29957
13062, writer, 29957
4517, recordLabel, 3081
Question: For what reason are James_Moore_(Canadian_politician), P._P._Arnold, Satisfied_(Squeeze_song), and The_Word_and_the_Flesh associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"James_Moore_(Canadian_politician)",
"P._P._Arnold",
"Satisfied_(Squeeze_song)",
"The_Word_and_the_Flesh"
],
"valid_edges": [
[
"Dan_Bejar",
"hometown",
"British_Columbia"
],
[
"Dan_Bejar",
"recordLabel",
"Rough_Trade_Records"
],
[
"Folding_Stars",
"format",
"Compact_disc"
],
[
"Folding_Stars",
"recordedIn",
"British_Columbia"
],
[
"Free_My_Name",
"format",
"Compact_disc"
],
[
"Free_My_Name",
"musicalArtist",
"Ocean_Colour_Scene"
],
[
"Free_My_Name",
"musicalBand",
"Ocean_Colour_Scene"
],
[
"Free_My_Name",
"writer",
"Ocean_Colour_Scene"
],
[
"I_Just_Need_Myself",
"format",
"Compact_disc"
],
[
"I_Just_Need_Myself",
"musicalArtist",
"Ocean_Colour_Scene"
],
[
"I_Just_Need_Myself",
"musicalBand",
"Ocean_Colour_Scene"
],
[
"I_Just_Need_Myself",
"writer",
"Ocean_Colour_Scene"
],
[
"I_Told_You_So_(Ocean_Colour_Scene_song)",
"format",
"Compact_disc"
],
[
"I_Told_You_So_(Ocean_Colour_Scene_song)",
"musicalArtist",
"Ocean_Colour_Scene"
],
[
"I_Told_You_So_(Ocean_Colour_Scene_song)",
"musicalBand",
"Ocean_Colour_Scene"
],
[
"James_Moore_(Canadian_politician)",
"birthPlace",
"British_Columbia"
],
[
"James_Moore_(Canadian_politician)",
"residence",
"British_Columbia"
],
[
"P._P._Arnold",
"associatedBand",
"Ocean_Colour_Scene"
],
[
"P._P._Arnold",
"associatedMusicalArtist",
"Ocean_Colour_Scene"
],
[
"Satisfied_(Squeeze_song)",
"format",
"Compact_disc"
],
[
"The_Day_We_Caught_the_Train",
"format",
"Compact_disc"
],
[
"The_Day_We_Caught_the_Train",
"musicalArtist",
"Ocean_Colour_Scene"
],
[
"The_Day_We_Caught_the_Train",
"musicalBand",
"Ocean_Colour_Scene"
],
[
"The_Day_We_Caught_the_Train",
"writer",
"Ocean_Colour_Scene"
],
[
"The_Word_and_the_Flesh",
"recordLabel",
"Rough_Trade_Records"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
12001, Bojan_Mišić
28353, FC_Olimpia_Gelendzhik
28403, FK_Mladi_Radnik
27817, Kirill_Kuleshov
20682, List_of_Russian_football_transfers_summer_2009
22389, Oh_Beom-seok
19950, One_More_Happy_Ending
23163, Serhiy_Pylypchuk
13319, South_Korea
src, edge_attr, dst
12001, team, 28403
27817, team, 28353
20682, currentMember, 12001
20682, currentMember, 27817
20682, currentMember, 22389
20682, currentMember, 23163
22389, birthPlace, 13319
19950, country, 13319
Question: In what context are FC_Olimpia_Gelendzhik, FK_Mladi_Radnik, One_More_Happy_Ending, and Serhiy_Pylypchuk connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"FC_Olimpia_Gelendzhik",
"FK_Mladi_Radnik",
"One_More_Happy_Ending",
"Serhiy_Pylypchuk"
],
"valid_edges": [
[
"Bojan_Mišić",
"team",
"FK_Mladi_Radnik"
],
[
"Kirill_Kuleshov",
"team",
"FC_Olimpia_Gelendzhik"
],
[
"List_of_Russian_football_transfers_summer_2009",
"currentMember",
"Bojan_Mišić"
],
[
"List_of_Russian_football_transfers_summer_2009",
"currentMember",
"Kirill_Kuleshov"
],
[
"List_of_Russian_football_transfers_summer_2009",
"currentMember",
"Oh_Beom-seok"
],
[
"List_of_Russian_football_transfers_summer_2009",
"currentMember",
"Serhiy_Pylypchuk"
],
[
"Oh_Beom-seok",
"birthPlace",
"South_Korea"
],
[
"One_More_Happy_Ending",
"country",
"South_Korea"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
25672, County_Durham
21261, Dick_Healey_(footballer)
2495, Jack_Wilson_(footballer)
9839, Jason_McAteer
16121, Mark_Proctor_(footballer)
3978, Martin_Gray_(footballer)
11225, Nicklas_Bendtner
20247, Sunderland_A.F.C.
25883, VfL_Wolfsburg
3640, Waldo_Ponce
src, edge_attr, dst
21261, birthPlace, 25672
21261, deathPlace, 25672
21261, team, 20247
2495, birthPlace, 25672
9839, team, 20247
16121, team, 20247
3978, birthPlace, 25672
3978, team, 20247
11225, team, 20247
11225, team, 25883
3640, team, 25883
Question: For what reason are Jack_Wilson_(footballer), Jason_McAteer, Mark_Proctor_(footballer), and Waldo_Ponce associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Jack_Wilson_(footballer)",
"Jason_McAteer",
"Mark_Proctor_(footballer)",
"Waldo_Ponce"
],
"valid_edges": [
[
"Dick_Healey_(footballer)",
"birthPlace",
"County_Durham"
],
[
"Dick_Healey_(footballer)",
"deathPlace",
"County_Durham"
],
[
"Dick_Healey_(footballer)",
"team",
"Sunderland_A.F.C."
],
[
"Jack_Wilson_(footballer)",
"birthPlace",
"County_Durham"
],
[
"Jason_McAteer",
"team",
"Sunderland_A.F.C."
],
[
"Mark_Proctor_(footballer)",
"team",
"Sunderland_A.F.C."
],
[
"Martin_Gray_(footballer)",
"birthPlace",
"County_Durham"
],
[
"Martin_Gray_(footballer)",
"team",
"Sunderland_A.F.C."
],
[
"Nicklas_Bendtner",
"team",
"Sunderland_A.F.C."
],
[
"Nicklas_Bendtner",
"team",
"VfL_Wolfsburg"
],
[
"Waldo_Ponce",
"team",
"VfL_Wolfsburg"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
30349, Ayn_Rand
12512, Dan_Balan
23787, Dance_music
5215, Diamond_Duggal
21327, English_language
24090, Ernst_David_Bergmann
22482, Haifa
18620, Mio_in_the_Land_of_Faraway
1737, Olga_Levina_(draughts_player)
14959, Soviet_Union
17728, Tatiana_and_Alexander
src, edge_attr, dst
30349, citizenship, 14959
12512, birthPlace, 14959
12512, genre, 23787
5215, genre, 23787
24090, deathPlace, 22482
18620, country, 14959
18620, language, 21327
1737, birthPlace, 14959
1737, nationality, 14959
1737, residence, 22482
1737, stateOfOrigin, 14959
17728, language, 21327
Question: In what context are Ayn_Rand, Diamond_Duggal, Ernst_David_Bergmann, and Tatiana_and_Alexander connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Ayn_Rand",
"Diamond_Duggal",
"Ernst_David_Bergmann",
"Tatiana_and_Alexander"
],
"valid_edges": [
[
"Ayn_Rand",
"citizenship",
"Soviet_Union"
],
[
"Dan_Balan",
"birthPlace",
"Soviet_Union"
],
[
"Dan_Balan",
"genre",
"Dance_music"
],
[
"Diamond_Duggal",
"genre",
"Dance_music"
],
[
"Ernst_David_Bergmann",
"deathPlace",
"Haifa"
],
[
"Mio_in_the_Land_of_Faraway",
"country",
"Soviet_Union"
],
[
"Mio_in_the_Land_of_Faraway",
"language",
"English_language"
],
[
"Olga_Levina_(draughts_player)",
"birthPlace",
"Soviet_Union"
],
[
"Olga_Levina_(draughts_player)",
"nationality",
"Soviet_Union"
],
[
"Olga_Levina_(draughts_player)",
"residence",
"Haifa"
],
[
"Olga_Levina_(draughts_player)",
"stateOfOrigin",
"Soviet_Union"
],
[
"Tatiana_and_Alexander",
"language",
"English_language"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
20121, Dryinidae
14934, Goephanes
3301, Insect
27416, Micropterix
29289, Narosodes
src, edge_attr, dst
20121, class, 3301
14934, class, 3301
27416, class, 3301
29289, class, 3301
Question: How are Dryinidae, Goephanes, Micropterix, and Narosodes related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Dryinidae",
"Goephanes",
"Micropterix",
"Narosodes"
],
"valid_edges": [
[
"Dryinidae",
"class",
"Insect"
],
[
"Goephanes",
"class",
"Insect"
],
[
"Micropterix",
"class",
"Insect"
],
[
"Narosodes",
"class",
"Insect"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
9538, Bookatable
13938, Das_Erste
3724, Die_Sendung_mit_der_Maus
15521, Dresdner_Kleinwort
6831, Germany
29285, Grace_Around_the_World
19856, Hazel_Keech
18566, Helene_Demuth
24548, History_(European_TV_channel)
23108, Ian_Liddell
28339, Kassengift
8004, Kingdom_of_Yugoslavia
6158, London
22747, Mahmoud_K._Muftić
10030, Mumbai
27495, Richard_Dedekind
17005, Scheibenwischer
24312, Sky_plc
26921, Zlatko_Čajkovski
131, Zoya_Akhtar
src, edge_attr, dst
9538, location, 6158
9538, regionServed, 6831
13938, country, 6831
13938, headquarter, 6831
13938, locationCountry, 6831
3724, network, 13938
15521, location, 6831
15521, location, 6158
29285, recordedIn, 6831
29285, recordedIn, 6158
19856, birthPlace, 6158
19856, residence, 10030
18566, birthPlace, 6158
18566, deathPlace, 6158
18566, nationality, 6831
18566, stateOfOrigin, 6831
24548, country, 6831
24548, headquarter, 6158
24548, locationCountry, 6831
23108, education, 6158
23108, significantProject, 6831
23108, significantProject, 6158
28339, recordedIn, 6831
28339, recordedIn, 6158
22747, citizenship, 8004
22747, deathPlace, 6158
27495, birthPlace, 6831
27495, deathPlace, 6831
17005, channel, 13938
17005, country, 6831
24312, locationCity, 6158
24312, regionServed, 6831
26921, birthPlace, 8004
26921, deathPlace, 6831
131, birthPlace, 10030
Question: For what reason are Die_Sendung_mit_der_Maus, Mahmoud_K._Muftić, Richard_Dedekind, and Zoya_Akhtar associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Die_Sendung_mit_der_Maus",
"Mahmoud_K._Muftić",
"Richard_Dedekind",
"Zoya_Akhtar"
],
"valid_edges": [
[
"Bookatable",
"location",
"London"
],
[
"Bookatable",
"regionServed",
"Germany"
],
[
"Das_Erste",
"country",
"Germany"
],
[
"Das_Erste",
"headquarter",
"Germany"
],
[
"Das_Erste",
"locationCountry",
"Germany"
],
[
"Die_Sendung_mit_der_Maus",
"network",
"Das_Erste"
],
[
"Dresdner_Kleinwort",
"location",
"Germany"
],
[
"Dresdner_Kleinwort",
"location",
"London"
],
[
"Grace_Around_the_World",
"recordedIn",
"Germany"
],
[
"Grace_Around_the_World",
"recordedIn",
"London"
],
[
"Hazel_Keech",
"birthPlace",
"London"
],
[
"Hazel_Keech",
"residence",
"Mumbai"
],
[
"Helene_Demuth",
"birthPlace",
"London"
],
[
"Helene_Demuth",
"deathPlace",
"London"
],
[
"Helene_Demuth",
"nationality",
"Germany"
],
[
"Helene_Demuth",
"stateOfOrigin",
"Germany"
],
[
"History_(European_TV_channel)",
"country",
"Germany"
],
[
"History_(European_TV_channel)",
"headquarter",
"London"
],
[
"History_(European_TV_channel)",
"locationCountry",
"Germany"
],
[
"Ian_Liddell",
"education",
"London"
],
[
"Ian_Liddell",
"significantProject",
"Germany"
],
[
"Ian_Liddell",
"significantProject",
"London"
],
[
"Kassengift",
"recordedIn",
"Germany"
],
[
"Kassengift",
"recordedIn",
"London"
],
[
"Mahmoud_K._Muftić",
"citizenship",
"Kingdom_of_Yugoslavia"
],
[
"Mahmoud_K._Muftić",
"deathPlace",
"London"
],
[
"Richard_Dedekind",
"birthPlace",
"Germany"
],
[
"Richard_Dedekind",
"deathPlace",
"Germany"
],
[
"Scheibenwischer",
"channel",
"Das_Erste"
],
[
"Scheibenwischer",
"country",
"Germany"
],
[
"Sky_plc",
"locationCity",
"London"
],
[
"Sky_plc",
"regionServed",
"Germany"
],
[
"Zlatko_Čajkovski",
"birthPlace",
"Kingdom_of_Yugoslavia"
],
[
"Zlatko_Čajkovski",
"deathPlace",
"Germany"
],
[
"Zoya_Akhtar",
"birthPlace",
"Mumbai"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
28853, ABP_Live
23025, Aspect_ratio_(image)
31, British_Columbia
2754, Chinese_Canadians
11269, Dan_Boeckner
29664, EP_Daily
21327, English_language
21071, Malawi
18697, NTV_(Bangladesh)
8456, R._L._Stine's_The_Haunting_Hour:_The_Series
15223, Reviews_on_the_Run
28809, Rob_(TV_series)
27071, Rustavi_2
28126, Saulos_Chilima
8427, Sonic-Nickelodeon
6519, Star_World
1242, Studio_Universal
6595, TekWar_(TV_series)
10608, The_Gambler,_the_Girl_and_the_Gunslinger
6071, WordGirl
src, edge_attr, dst
28853, language, 21327
28853, pictureFormat, 23025
2754, language, 21327
2754, populationPlace, 31
11269, hometown, 31
29664, language, 21327
29664, location, 31
21071, language, 21327
21071, leader, 28126
21071, officialLanguage, 21327
18697, pictureFormat, 23025
8456, language, 21327
8456, location, 31
15223, language, 21327
15223, location, 31
28809, language, 21327
27071, language, 21327
27071, pictureFormat, 23025
28126, birthPlace, 21071
28126, nationality, 21071
8427, language, 21327
8427, pictureFormat, 23025
6519, language, 21327
6519, pictureFormat, 23025
1242, language, 21327
1242, pictureFormat, 23025
6595, format, 23025
6595, language, 21327
10608, language, 21327
10608, location, 31
6071, format, 23025
6071, language, 21327
Question: How are Dan_Boeckner, NTV_(Bangladesh), Rob_(TV_series), and Saulos_Chilima related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Dan_Boeckner",
"NTV_(Bangladesh)",
"Rob_(TV_series)",
"Saulos_Chilima"
],
"valid_edges": [
[
"ABP_Live",
"language",
"English_language"
],
[
"ABP_Live",
"pictureFormat",
"Aspect_ratio_(image)"
],
[
"Chinese_Canadians",
"language",
"English_language"
],
[
"Chinese_Canadians",
"populationPlace",
"British_Columbia"
],
[
"Dan_Boeckner",
"hometown",
"British_Columbia"
],
[
"EP_Daily",
"language",
"English_language"
],
[
"EP_Daily",
"location",
"British_Columbia"
],
[
"Malawi",
"language",
"English_language"
],
[
"Malawi",
"leader",
"Saulos_Chilima"
],
[
"Malawi",
"officialLanguage",
"English_language"
],
[
"NTV_(Bangladesh)",
"pictureFormat",
"Aspect_ratio_(image)"
],
[
"R._L._Stine's_The_Haunting_Hour:_The_Series",
"language",
"English_language"
],
[
"R._L._Stine's_The_Haunting_Hour:_The_Series",
"location",
"British_Columbia"
],
[
"Reviews_on_the_Run",
"language",
"English_language"
],
[
"Reviews_on_the_Run",
"location",
"British_Columbia"
],
[
"Rob_(TV_series)",
"language",
"English_language"
],
[
"Rustavi_2",
"language",
"English_language"
],
[
"Rustavi_2",
"pictureFormat",
"Aspect_ratio_(image)"
],
[
"Saulos_Chilima",
"birthPlace",
"Malawi"
],
[
"Saulos_Chilima",
"nationality",
"Malawi"
],
[
"Sonic-Nickelodeon",
"language",
"English_language"
],
[
"Sonic-Nickelodeon",
"pictureFormat",
"Aspect_ratio_(image)"
],
[
"Star_World",
"language",
"English_language"
],
[
"Star_World",
"pictureFormat",
"Aspect_ratio_(image)"
],
[
"Studio_Universal",
"language",
"English_language"
],
[
"Studio_Universal",
"pictureFormat",
"Aspect_ratio_(image)"
],
[
"TekWar_(TV_series)",
"format",
"Aspect_ratio_(image)"
],
[
"TekWar_(TV_series)",
"language",
"English_language"
],
[
"The_Gambler,_the_Girl_and_the_Gunslinger",
"language",
"English_language"
],
[
"The_Gambler,_the_Girl_and_the_Gunslinger",
"location",
"British_Columbia"
],
[
"WordGirl",
"format",
"Aspect_ratio_(image)"
],
[
"WordGirl",
"language",
"English_language"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
29012, Ad-Rock
12464, Afro-soul
24480, Ain't_Nuttin'_But_Music
13937, Andy_Anderson_(drummer)
23428, Aïyb_Dieng
25553, Better_on_the_Other_Side
18582, Blak_Prophetz
25314, Blind_Pilots
153, Blow_Your_Headphones
15852, Bosco_Mann
22017, Chad_Szeliga
4078, Chicago:_Music_from_the_Miramax_Motion_Picture
5141, Chris_Paxton
1398, Compact_disc
30078, Curumin
26758, Daddy_Yankee
28912, Dana_Hall_(musician)
670, Dani_Stevenson
7628, Dave_Tough_(producer)
10881, David_Grisman_Quintet
26996, Delicious_Vinyl
86, Dirty_Dozen_Brass_Band
18476, Doctor_Steel
2384, Don_Ellis
26767, Drive_Slow
3141, Drum_kit
22593, Earl_Palmer
16906, Edward_Vesala
270, Embrace_the_Chaos
14759, Even_Steven_Levee
3970, Fabrizio_Sotti
29590, Felix_Haug
21858, Frank_Butler_(musician)
11586, Giant_Step
5080, Here_We_Come_(song)
9516, Herman_Matthews
24868, Hip_hop_music
27103, Jamey_Haddad
4793, Jazz
25171, Jean-Michel_Soupraya
6274, Jet_Black
8454, John_Hollenbeck_(musician)
4482, Johnny_Owens
18207, Juan_Carlos_Paz_y_Puente
14176, K-pop
15151, Keith_Carlock
14127, Letter_2_My_Unborn
26984, Luis_Resto_(musician)
25516, MC_900_Ft._Jesus
4229, Madlib
19388, Manfred_Hausleitner
4913, Marty_Feier
11024, Miguel_Atwood-Ferguson
10084, Miles_Mosley
28114, Mocky
21982, Mondo_Mando
24149, My_Love_Is_for_Real
18562, Neil_Peart
17081, Neo_soul
28363, New_Mexico_music
13732, Nicky_Bomba
24755, Ooh,_Ooh_Baby_(Taral_Hicks_song)
24829, Pedro_Arraiza
12191, Peter_Erskine
792, Please_(Robin_Gibb_song)
20290, Ray_Barbee
22941, Rick_Carey_(singer)
5004, Rosa_Parks_(song)
16566, Sachin–Jigar
15034, Saki_Kaskas
26151, Sherman_Ferguson
19003, Stephen_Kozmeniuk
21308, Stephen_Underwood
12611, Stromae
29068, The_Portland_Cello_Project
20403, The_Worlds_Freshest_(Dj.Fresh)
29529, Thirsty_Ear_Recordings
13392, Twins_Affair
2287, Umbrella_(Shota_Shimizu_album)
18530, Wes_Felton
13364, Wesley_Geer
19912, Willard_Hill
src, edge_attr, dst
29012, genre, 24868
29012, instrument, 3141
12464, instrument, 3141
12464, stylisticOrigin, 4793
24480, format, 1398
24480, genre, 24868
13937, genre, 4793
13937, instrument, 3141
23428, genre, 4793
23428, instrument, 3141
25553, genre, 24868
18582, genre, 24868
18582, genre, 4793
25314, format, 1398
153, genre, 24868
153, genre, 4793
15852, genre, 4793
15852, instrument, 3141
22017, genre, 24868
22017, genre, 4793
22017, instrument, 3141
4078, genre, 24868
4078, genre, 4793
5141, genre, 24868
5141, genre, 4793
5141, instrument, 3141
30078, genre, 24868
30078, genre, 4793
30078, instrument, 3141
26758, genre, 24868
26758, instrument, 3141
28912, genre, 4793
28912, instrument, 3141
670, genre, 24868
670, genre, 4793
7628, genre, 4793
7628, instrument, 3141
26996, genre, 24868
26996, genre, 4793
86, bandMember, 3141
86, genre, 4793
18476, genre, 24868
18476, genre, 4793
2384, genre, 4793
2384, instrument, 3141
26767, format, 1398
26767, genre, 24868
22593, genre, 4793
22593, instrument, 3141
16906, genre, 4793
16906, instrument, 3141
270, genre, 24868
270, genre, 4793
14759, genre, 24868
14759, genre, 4793
3970, genre, 24868
3970, genre, 4793
29590, genre, 4793
29590, instrument, 3141
21858, genre, 4793
21858, instrument, 3141
11586, genre, 24868
11586, genre, 4793
5080, format, 1398
5080, genre, 24868
9516, genre, 4793
9516, instrument, 3141
24868, derivative, 17081
24868, musicFusionGenre, 17081
24868, stylisticOrigin, 4793
27103, genre, 4793
27103, instrument, 3141
4793, derivative, 24868
4793, instrument, 3141
4793, musicFusionGenre, 17081
25171, genre, 24868
25171, genre, 4793
6274, genre, 4793
6274, instrument, 3141
8454, genre, 4793
8454, instrument, 3141
4482, genre, 24868
4482, instrument, 3141
18207, genre, 4793
18207, instrument, 3141
14176, instrument, 3141
14176, stylisticOrigin, 24868
14176, stylisticOrigin, 4793
15151, genre, 4793
15151, instrument, 3141
14127, format, 1398
14127, genre, 24868
26984, genre, 24868
26984, genre, 4793
25516, genre, 24868
25516, genre, 4793
4229, genre, 4793
4229, instrument, 3141
19388, genre, 4793
19388, instrument, 3141
4913, genre, 4793
4913, instrument, 3141
11024, genre, 24868
11024, genre, 4793
10084, genre, 24868
10084, genre, 4793
28114, genre, 24868
28114, genre, 4793
28114, instrument, 3141
21982, artist, 10881
21982, genre, 4793
24149, format, 1398
24149, genre, 24868
18562, genre, 4793
18562, instrument, 3141
17081, instrument, 3141
17081, stylisticOrigin, 24868
17081, stylisticOrigin, 4793
28363, instrument, 3141
28363, stylisticOrigin, 4793
13732, genre, 4793
13732, instrument, 3141
24755, format, 1398
24755, genre, 24868
24829, genre, 4793
24829, instrument, 3141
12191, genre, 4793
12191, instrument, 3141
792, format, 1398
792, genre, 24868
20290, genre, 4793
20290, instrument, 3141
22941, genre, 24868
22941, instrument, 3141
5004, format, 1398
5004, genre, 24868
16566, genre, 24868
16566, genre, 4793
15034, genre, 4793
15034, instrument, 3141
26151, genre, 4793
26151, instrument, 3141
19003, genre, 24868
19003, instrument, 3141
21308, genre, 4793
21308, instrument, 3141
12611, genre, 24868
12611, instrument, 3141
29068, genre, 24868
29068, genre, 4793
20403, genre, 24868
20403, genre, 4793
29529, genre, 24868
29529, genre, 4793
13392, genre, 24868
13392, instrument, 3141
2287, genre, 24868
2287, genre, 4793
18530, genre, 24868
18530, genre, 4793
13364, genre, 24868
13364, genre, 4793
19912, genre, 24868
19912, genre, 4793
Question: How are Better_on_the_Other_Side, Blind_Pilots, David_Grisman_Quintet, and Ray_Barbee related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Better_on_the_Other_Side",
"Blind_Pilots",
"David_Grisman_Quintet",
"Ray_Barbee"
],
"valid_edges": [
[
"Ad-Rock",
"genre",
"Hip_hop_music"
],
[
"Ad-Rock",
"instrument",
"Drum_kit"
],
[
"Afro-soul",
"instrument",
"Drum_kit"
],
[
"Afro-soul",
"stylisticOrigin",
"Jazz"
],
[
"Ain't_Nuttin'_But_Music",
"format",
"Compact_disc"
],
[
"Ain't_Nuttin'_But_Music",
"genre",
"Hip_hop_music"
],
[
"Andy_Anderson_(drummer)",
"genre",
"Jazz"
],
[
"Andy_Anderson_(drummer)",
"instrument",
"Drum_kit"
],
[
"Aïyb_Dieng",
"genre",
"Jazz"
],
[
"Aïyb_Dieng",
"instrument",
"Drum_kit"
],
[
"Better_on_the_Other_Side",
"genre",
"Hip_hop_music"
],
[
"Blak_Prophetz",
"genre",
"Hip_hop_music"
],
[
"Blak_Prophetz",
"genre",
"Jazz"
],
[
"Blind_Pilots",
"format",
"Compact_disc"
],
[
"Blow_Your_Headphones",
"genre",
"Hip_hop_music"
],
[
"Blow_Your_Headphones",
"genre",
"Jazz"
],
[
"Bosco_Mann",
"genre",
"Jazz"
],
[
"Bosco_Mann",
"instrument",
"Drum_kit"
],
[
"Chad_Szeliga",
"genre",
"Hip_hop_music"
],
[
"Chad_Szeliga",
"genre",
"Jazz"
],
[
"Chad_Szeliga",
"instrument",
"Drum_kit"
],
[
"Chicago:_Music_from_the_Miramax_Motion_Picture",
"genre",
"Hip_hop_music"
],
[
"Chicago:_Music_from_the_Miramax_Motion_Picture",
"genre",
"Jazz"
],
[
"Chris_Paxton",
"genre",
"Hip_hop_music"
],
[
"Chris_Paxton",
"genre",
"Jazz"
],
[
"Chris_Paxton",
"instrument",
"Drum_kit"
],
[
"Curumin",
"genre",
"Hip_hop_music"
],
[
"Curumin",
"genre",
"Jazz"
],
[
"Curumin",
"instrument",
"Drum_kit"
],
[
"Daddy_Yankee",
"genre",
"Hip_hop_music"
],
[
"Daddy_Yankee",
"instrument",
"Drum_kit"
],
[
"Dana_Hall_(musician)",
"genre",
"Jazz"
],
[
"Dana_Hall_(musician)",
"instrument",
"Drum_kit"
],
[
"Dani_Stevenson",
"genre",
"Hip_hop_music"
],
[
"Dani_Stevenson",
"genre",
"Jazz"
],
[
"Dave_Tough_(producer)",
"genre",
"Jazz"
],
[
"Dave_Tough_(producer)",
"instrument",
"Drum_kit"
],
[
"Delicious_Vinyl",
"genre",
"Hip_hop_music"
],
[
"Delicious_Vinyl",
"genre",
"Jazz"
],
[
"Dirty_Dozen_Brass_Band",
"bandMember",
"Drum_kit"
],
[
"Dirty_Dozen_Brass_Band",
"genre",
"Jazz"
],
[
"Doctor_Steel",
"genre",
"Hip_hop_music"
],
[
"Doctor_Steel",
"genre",
"Jazz"
],
[
"Don_Ellis",
"genre",
"Jazz"
],
[
"Don_Ellis",
"instrument",
"Drum_kit"
],
[
"Drive_Slow",
"format",
"Compact_disc"
],
[
"Drive_Slow",
"genre",
"Hip_hop_music"
],
[
"Earl_Palmer",
"genre",
"Jazz"
],
[
"Earl_Palmer",
"instrument",
"Drum_kit"
],
[
"Edward_Vesala",
"genre",
"Jazz"
],
[
"Edward_Vesala",
"instrument",
"Drum_kit"
],
[
"Embrace_the_Chaos",
"genre",
"Hip_hop_music"
],
[
"Embrace_the_Chaos",
"genre",
"Jazz"
],
[
"Even_Steven_Levee",
"genre",
"Hip_hop_music"
],
[
"Even_Steven_Levee",
"genre",
"Jazz"
],
[
"Fabrizio_Sotti",
"genre",
"Hip_hop_music"
],
[
"Fabrizio_Sotti",
"genre",
"Jazz"
],
[
"Felix_Haug",
"genre",
"Jazz"
],
[
"Felix_Haug",
"instrument",
"Drum_kit"
],
[
"Frank_Butler_(musician)",
"genre",
"Jazz"
],
[
"Frank_Butler_(musician)",
"instrument",
"Drum_kit"
],
[
"Giant_Step",
"genre",
"Hip_hop_music"
],
[
"Giant_Step",
"genre",
"Jazz"
],
[
"Here_We_Come_(song)",
"format",
"Compact_disc"
],
[
"Here_We_Come_(song)",
"genre",
"Hip_hop_music"
],
[
"Herman_Matthews",
"genre",
"Jazz"
],
[
"Herman_Matthews",
"instrument",
"Drum_kit"
],
[
"Hip_hop_music",
"derivative",
"Neo_soul"
],
[
"Hip_hop_music",
"musicFusionGenre",
"Neo_soul"
],
[
"Hip_hop_music",
"stylisticOrigin",
"Jazz"
],
[
"Jamey_Haddad",
"genre",
"Jazz"
],
[
"Jamey_Haddad",
"instrument",
"Drum_kit"
],
[
"Jazz",
"derivative",
"Hip_hop_music"
],
[
"Jazz",
"instrument",
"Drum_kit"
],
[
"Jazz",
"musicFusionGenre",
"Neo_soul"
],
[
"Jean-Michel_Soupraya",
"genre",
"Hip_hop_music"
],
[
"Jean-Michel_Soupraya",
"genre",
"Jazz"
],
[
"Jet_Black",
"genre",
"Jazz"
],
[
"Jet_Black",
"instrument",
"Drum_kit"
],
[
"John_Hollenbeck_(musician)",
"genre",
"Jazz"
],
[
"John_Hollenbeck_(musician)",
"instrument",
"Drum_kit"
],
[
"Johnny_Owens",
"genre",
"Hip_hop_music"
],
[
"Johnny_Owens",
"instrument",
"Drum_kit"
],
[
"Juan_Carlos_Paz_y_Puente",
"genre",
"Jazz"
],
[
"Juan_Carlos_Paz_y_Puente",
"instrument",
"Drum_kit"
],
[
"K-pop",
"instrument",
"Drum_kit"
],
[
"K-pop",
"stylisticOrigin",
"Hip_hop_music"
],
[
"K-pop",
"stylisticOrigin",
"Jazz"
],
[
"Keith_Carlock",
"genre",
"Jazz"
],
[
"Keith_Carlock",
"instrument",
"Drum_kit"
],
[
"Letter_2_My_Unborn",
"format",
"Compact_disc"
],
[
"Letter_2_My_Unborn",
"genre",
"Hip_hop_music"
],
[
"Luis_Resto_(musician)",
"genre",
"Hip_hop_music"
],
[
"Luis_Resto_(musician)",
"genre",
"Jazz"
],
[
"MC_900_Ft._Jesus",
"genre",
"Hip_hop_music"
],
[
"MC_900_Ft._Jesus",
"genre",
"Jazz"
],
[
"Madlib",
"genre",
"Jazz"
],
[
"Madlib",
"instrument",
"Drum_kit"
],
[
"Manfred_Hausleitner",
"genre",
"Jazz"
],
[
"Manfred_Hausleitner",
"instrument",
"Drum_kit"
],
[
"Marty_Feier",
"genre",
"Jazz"
],
[
"Marty_Feier",
"instrument",
"Drum_kit"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Hip_hop_music"
],
[
"Miguel_Atwood-Ferguson",
"genre",
"Jazz"
],
[
"Miles_Mosley",
"genre",
"Hip_hop_music"
],
[
"Miles_Mosley",
"genre",
"Jazz"
],
[
"Mocky",
"genre",
"Hip_hop_music"
],
[
"Mocky",
"genre",
"Jazz"
],
[
"Mocky",
"instrument",
"Drum_kit"
],
[
"Mondo_Mando",
"artist",
"David_Grisman_Quintet"
],
[
"Mondo_Mando",
"genre",
"Jazz"
],
[
"My_Love_Is_for_Real",
"format",
"Compact_disc"
],
[
"My_Love_Is_for_Real",
"genre",
"Hip_hop_music"
],
[
"Neil_Peart",
"genre",
"Jazz"
],
[
"Neil_Peart",
"instrument",
"Drum_kit"
],
[
"Neo_soul",
"instrument",
"Drum_kit"
],
[
"Neo_soul",
"stylisticOrigin",
"Hip_hop_music"
],
[
"Neo_soul",
"stylisticOrigin",
"Jazz"
],
[
"New_Mexico_music",
"instrument",
"Drum_kit"
],
[
"New_Mexico_music",
"stylisticOrigin",
"Jazz"
],
[
"Nicky_Bomba",
"genre",
"Jazz"
],
[
"Nicky_Bomba",
"instrument",
"Drum_kit"
],
[
"Ooh,_Ooh_Baby_(Taral_Hicks_song)",
"format",
"Compact_disc"
],
[
"Ooh,_Ooh_Baby_(Taral_Hicks_song)",
"genre",
"Hip_hop_music"
],
[
"Pedro_Arraiza",
"genre",
"Jazz"
],
[
"Pedro_Arraiza",
"instrument",
"Drum_kit"
],
[
"Peter_Erskine",
"genre",
"Jazz"
],
[
"Peter_Erskine",
"instrument",
"Drum_kit"
],
[
"Please_(Robin_Gibb_song)",
"format",
"Compact_disc"
],
[
"Please_(Robin_Gibb_song)",
"genre",
"Hip_hop_music"
],
[
"Ray_Barbee",
"genre",
"Jazz"
],
[
"Ray_Barbee",
"instrument",
"Drum_kit"
],
[
"Rick_Carey_(singer)",
"genre",
"Hip_hop_music"
],
[
"Rick_Carey_(singer)",
"instrument",
"Drum_kit"
],
[
"Rosa_Parks_(song)",
"format",
"Compact_disc"
],
[
"Rosa_Parks_(song)",
"genre",
"Hip_hop_music"
],
[
"Sachin–Jigar",
"genre",
"Hip_hop_music"
],
[
"Sachin–Jigar",
"genre",
"Jazz"
],
[
"Saki_Kaskas",
"genre",
"Jazz"
],
[
"Saki_Kaskas",
"instrument",
"Drum_kit"
],
[
"Sherman_Ferguson",
"genre",
"Jazz"
],
[
"Sherman_Ferguson",
"instrument",
"Drum_kit"
],
[
"Stephen_Kozmeniuk",
"genre",
"Hip_hop_music"
],
[
"Stephen_Kozmeniuk",
"instrument",
"Drum_kit"
],
[
"Stephen_Underwood",
"genre",
"Jazz"
],
[
"Stephen_Underwood",
"instrument",
"Drum_kit"
],
[
"Stromae",
"genre",
"Hip_hop_music"
],
[
"Stromae",
"instrument",
"Drum_kit"
],
[
"The_Portland_Cello_Project",
"genre",
"Hip_hop_music"
],
[
"The_Portland_Cello_Project",
"genre",
"Jazz"
],
[
"The_Worlds_Freshest_(Dj.Fresh)",
"genre",
"Hip_hop_music"
],
[
"The_Worlds_Freshest_(Dj.Fresh)",
"genre",
"Jazz"
],
[
"Thirsty_Ear_Recordings",
"genre",
"Hip_hop_music"
],
[
"Thirsty_Ear_Recordings",
"genre",
"Jazz"
],
[
"Twins_Affair",
"genre",
"Hip_hop_music"
],
[
"Twins_Affair",
"instrument",
"Drum_kit"
],
[
"Umbrella_(Shota_Shimizu_album)",
"genre",
"Hip_hop_music"
],
[
"Umbrella_(Shota_Shimizu_album)",
"genre",
"Jazz"
],
[
"Wes_Felton",
"genre",
"Hip_hop_music"
],
[
"Wes_Felton",
"genre",
"Jazz"
],
[
"Wesley_Geer",
"genre",
"Hip_hop_music"
],
[
"Wesley_Geer",
"genre",
"Jazz"
],
[
"Willard_Hill",
"genre",
"Hip_hop_music"
],
[
"Willard_Hill",
"genre",
"Jazz"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
593, EXID
17040, Edel_AG
27346, Gimme_Chocolate!!
22823, Giuni_Russo
19631, Heavy_metal_music
11784, Sony_Music_Entertainment
13319, South_Korea
20470, Suwon_World_Cup_Stadium
17021, Ten_Thousand_Fists
28804, Worrawech_Danuwong
30211, You_Don't_Miss_Your_Water_('Til_the_Well_Runs_Dry)
src, edge_attr, dst
593, hometown, 13319
593, recordLabel, 11784
27346, genre, 19631
27346, recordLabel, 17040
22823, recordLabel, 17040
22823, recordLabel, 11784
20470, location, 13319
17021, genre, 19631
28804, recordLabel, 11784
30211, recordLabel, 17040
Question: How are Suwon_World_Cup_Stadium, Ten_Thousand_Fists, Worrawech_Danuwong, and You_Don't_Miss_Your_Water_('Til_the_Well_Runs_Dry) related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Suwon_World_Cup_Stadium",
"Ten_Thousand_Fists",
"Worrawech_Danuwong",
"You_Don't_Miss_Your_Water_('Til_the_Well_Runs_Dry)"
],
"valid_edges": [
[
"EXID",
"hometown",
"South_Korea"
],
[
"EXID",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Gimme_Chocolate!!",
"genre",
"Heavy_metal_music"
],
[
"Gimme_Chocolate!!",
"recordLabel",
"Edel_AG"
],
[
"Giuni_Russo",
"recordLabel",
"Edel_AG"
],
[
"Giuni_Russo",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"Suwon_World_Cup_Stadium",
"location",
"South_Korea"
],
[
"Ten_Thousand_Fists",
"genre",
"Heavy_metal_music"
],
[
"Worrawech_Danuwong",
"recordLabel",
"Sony_Music_Entertainment"
],
[
"You_Don't_Miss_Your_Water_('Til_the_Well_Runs_Dry)",
"recordLabel",
"Edel_AG"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
67, 25_to_Life_(album)
8519, 40_Dayz_&_40_Nightz
8972, A_Million_Words,_a_Million_Dollars
15384, Alpa_Gun
24392, Better_Dayz
24784, Big_Moves
15648, Cold_187um
26219, Doggystyle_Records
14016, Doin'_It_Big_(Young_JV_album)
8171, Filipino_language
28930, Flava_in_Ya_Ear
1101, Free_at_Last_(Freeway_album)
27983, Gangsta_rap
19903, Grunge
25224, Guns_and_Roses_(TV_series)
24868, Hip_hop_music
20890, How_to_Be_a_Player_(soundtrack)
5686, Hustlin'
15973, It's_tha_World
18203, Lord_Infamous
13465, Magnificent_(Rick_Ross_song)
26891, Mopreme_Shakur
26168, My_Hood
15165, Outlawz
18013, Shock_System
1381, The_Camp_Is_Back
19439, The_Perfect_Storm_(album)
5216, Tudo_Ao_Mesmo_Tempo_Agora
21268, Velvet_City
28481, We_Still_Crunk!!
26796, Welcome_to_My_Hood
src, edge_attr, dst
67, genre, 27983
67, genre, 24868
8519, genre, 27983
8519, genre, 24868
8972, genre, 27983
8972, genre, 24868
15384, genre, 27983
15384, genre, 24868
24392, genre, 27983
24392, genre, 24868
24784, genre, 27983
24784, genre, 24868
15648, genre, 27983
15648, genre, 24868
26219, genre, 27983
26219, genre, 24868
14016, genre, 24868
14016, language, 8171
28930, genre, 27983
28930, genre, 24868
1101, genre, 24868
27983, derivative, 27983
27983, musicSubgenre, 27983
27983, stylisticOrigin, 24868
25224, language, 8171
24868, musicSubgenre, 27983
20890, genre, 27983
20890, genre, 24868
5686, genre, 27983
15973, genre, 27983
15973, genre, 24868
18203, genre, 27983
18203, genre, 24868
13465, genre, 27983
13465, genre, 24868
26891, genre, 27983
26891, genre, 24868
26168, genre, 27983
26168, genre, 24868
15165, genre, 27983
15165, genre, 24868
18013, genre, 19903
18013, genre, 24868
1381, genre, 27983
1381, genre, 24868
19439, genre, 27983
19439, genre, 24868
5216, genre, 19903
21268, genre, 27983
21268, genre, 24868
28481, genre, 27983
28481, genre, 24868
26796, genre, 27983
26796, genre, 24868
Question: In what context are Free_at_Last_(Freeway_album), Guns_and_Roses_(TV_series), Hustlin', and Tudo_Ao_Mesmo_Tempo_Agora connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Free_at_Last_(Freeway_album)",
"Guns_and_Roses_(TV_series)",
"Hustlin'",
"Tudo_Ao_Mesmo_Tempo_Agora"
],
"valid_edges": [
[
"25_to_Life_(album)",
"genre",
"Gangsta_rap"
],
[
"25_to_Life_(album)",
"genre",
"Hip_hop_music"
],
[
"40_Dayz_&_40_Nightz",
"genre",
"Gangsta_rap"
],
[
"40_Dayz_&_40_Nightz",
"genre",
"Hip_hop_music"
],
[
"A_Million_Words,_a_Million_Dollars",
"genre",
"Gangsta_rap"
],
[
"A_Million_Words,_a_Million_Dollars",
"genre",
"Hip_hop_music"
],
[
"Alpa_Gun",
"genre",
"Gangsta_rap"
],
[
"Alpa_Gun",
"genre",
"Hip_hop_music"
],
[
"Better_Dayz",
"genre",
"Gangsta_rap"
],
[
"Better_Dayz",
"genre",
"Hip_hop_music"
],
[
"Big_Moves",
"genre",
"Gangsta_rap"
],
[
"Big_Moves",
"genre",
"Hip_hop_music"
],
[
"Cold_187um",
"genre",
"Gangsta_rap"
],
[
"Cold_187um",
"genre",
"Hip_hop_music"
],
[
"Doggystyle_Records",
"genre",
"Gangsta_rap"
],
[
"Doggystyle_Records",
"genre",
"Hip_hop_music"
],
[
"Doin'_It_Big_(Young_JV_album)",
"genre",
"Hip_hop_music"
],
[
"Doin'_It_Big_(Young_JV_album)",
"language",
"Filipino_language"
],
[
"Flava_in_Ya_Ear",
"genre",
"Gangsta_rap"
],
[
"Flava_in_Ya_Ear",
"genre",
"Hip_hop_music"
],
[
"Free_at_Last_(Freeway_album)",
"genre",
"Hip_hop_music"
],
[
"Gangsta_rap",
"derivative",
"Gangsta_rap"
],
[
"Gangsta_rap",
"musicSubgenre",
"Gangsta_rap"
],
[
"Gangsta_rap",
"stylisticOrigin",
"Hip_hop_music"
],
[
"Guns_and_Roses_(TV_series)",
"language",
"Filipino_language"
],
[
"Hip_hop_music",
"musicSubgenre",
"Gangsta_rap"
],
[
"How_to_Be_a_Player_(soundtrack)",
"genre",
"Gangsta_rap"
],
[
"How_to_Be_a_Player_(soundtrack)",
"genre",
"Hip_hop_music"
],
[
"Hustlin'",
"genre",
"Gangsta_rap"
],
[
"It's_tha_World",
"genre",
"Gangsta_rap"
],
[
"It's_tha_World",
"genre",
"Hip_hop_music"
],
[
"Lord_Infamous",
"genre",
"Gangsta_rap"
],
[
"Lord_Infamous",
"genre",
"Hip_hop_music"
],
[
"Magnificent_(Rick_Ross_song)",
"genre",
"Gangsta_rap"
],
[
"Magnificent_(Rick_Ross_song)",
"genre",
"Hip_hop_music"
],
[
"Mopreme_Shakur",
"genre",
"Gangsta_rap"
],
[
"Mopreme_Shakur",
"genre",
"Hip_hop_music"
],
[
"My_Hood",
"genre",
"Gangsta_rap"
],
[
"My_Hood",
"genre",
"Hip_hop_music"
],
[
"Outlawz",
"genre",
"Gangsta_rap"
],
[
"Outlawz",
"genre",
"Hip_hop_music"
],
[
"Shock_System",
"genre",
"Grunge"
],
[
"Shock_System",
"genre",
"Hip_hop_music"
],
[
"The_Camp_Is_Back",
"genre",
"Gangsta_rap"
],
[
"The_Camp_Is_Back",
"genre",
"Hip_hop_music"
],
[
"The_Perfect_Storm_(album)",
"genre",
"Gangsta_rap"
],
[
"The_Perfect_Storm_(album)",
"genre",
"Hip_hop_music"
],
[
"Tudo_Ao_Mesmo_Tempo_Agora",
"genre",
"Grunge"
],
[
"Velvet_City",
"genre",
"Gangsta_rap"
],
[
"Velvet_City",
"genre",
"Hip_hop_music"
],
[
"We_Still_Crunk!!",
"genre",
"Gangsta_rap"
],
[
"We_Still_Crunk!!",
"genre",
"Hip_hop_music"
],
[
"Welcome_to_My_Hood",
"genre",
"Gangsta_rap"
],
[
"Welcome_to_My_Hood",
"genre",
"Hip_hop_music"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
7015, Billie_Joe_Armstrong
12116, Connor_Byers
22765, Donald_H._Owings
3141, Drum_kit
26819, Fred_Newman_(actor)
27724, Georgia_(U.S._state)
1146, Ground_squirrel
27281, Rodent
30347, Shane_Carruth
24807, Southern_Association_of_Colleges_and_Schools
3151, Stephen_F._Austin_State_University
src, edge_attr, dst
7015, instrument, 3141
12116, hometown, 27724
12116, instrument, 3141
22765, birthPlace, 27724
22765, knownFor, 1146
26819, birthPlace, 27724
1146, order, 27281
30347, almaMater, 3151
24807, regionServed, 27724
3151, affiliation, 24807
Question: For what reason are Billie_Joe_Armstrong, Fred_Newman_(actor), Rodent, and Shane_Carruth associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Billie_Joe_Armstrong",
"Fred_Newman_(actor)",
"Rodent",
"Shane_Carruth"
],
"valid_edges": [
[
"Billie_Joe_Armstrong",
"instrument",
"Drum_kit"
],
[
"Connor_Byers",
"hometown",
"Georgia_(U.S._state)"
],
[
"Connor_Byers",
"instrument",
"Drum_kit"
],
[
"Donald_H._Owings",
"birthPlace",
"Georgia_(U.S._state)"
],
[
"Donald_H._Owings",
"knownFor",
"Ground_squirrel"
],
[
"Fred_Newman_(actor)",
"birthPlace",
"Georgia_(U.S._state)"
],
[
"Ground_squirrel",
"order",
"Rodent"
],
[
"Shane_Carruth",
"almaMater",
"Stephen_F._Austin_State_University"
],
[
"Southern_Association_of_Colleges_and_Schools",
"regionServed",
"Georgia_(U.S._state)"
],
[
"Stephen_F._Austin_State_University",
"affiliation",
"Southern_Association_of_Colleges_and_Schools"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
2514, 2020_(mini-series)
730, 522666
29311, Arrow_(TV_series)
29651, David_Nutter
21327, English_language
29037, Eurosport_2
26674, Gmina_Grabów
13382, Kashubians
24396, Out_of_This_World_(TV_series)
18528, Poland
20881, Slippery_When_Wet
13851, Vancouver
src, edge_attr, dst
2514, country, 18528
2514, location, 18528
2514, location, 13851
730, director, 29651
29311, executiveProducer, 29651
29311, location, 13851
29037, country, 18528
29037, language, 21327
29037, locationCountry, 18528
26674, country, 18528
13382, language, 21327
13382, populationPlace, 18528
13382, related, 18528
24396, language, 21327
18528, ethnicGroup, 13382
20881, recordedIn, 13851
Question: For what reason are 522666, Gmina_Grabów, Out_of_This_World_(TV_series), and Slippery_When_Wet associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"522666",
"Gmina_Grabów",
"Out_of_This_World_(TV_series)",
"Slippery_When_Wet"
],
"valid_edges": [
[
"2020_(mini-series)",
"country",
"Poland"
],
[
"2020_(mini-series)",
"location",
"Poland"
],
[
"2020_(mini-series)",
"location",
"Vancouver"
],
[
"522666",
"director",
"David_Nutter"
],
[
"Arrow_(TV_series)",
"executiveProducer",
"David_Nutter"
],
[
"Arrow_(TV_series)",
"location",
"Vancouver"
],
[
"Eurosport_2",
"country",
"Poland"
],
[
"Eurosport_2",
"language",
"English_language"
],
[
"Eurosport_2",
"locationCountry",
"Poland"
],
[
"Gmina_Grabów",
"country",
"Poland"
],
[
"Kashubians",
"language",
"English_language"
],
[
"Kashubians",
"populationPlace",
"Poland"
],
[
"Kashubians",
"related",
"Poland"
],
[
"Out_of_This_World_(TV_series)",
"language",
"English_language"
],
[
"Poland",
"ethnicGroup",
"Kashubians"
],
[
"Slippery_When_Wet",
"recordedIn",
"Vancouver"
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
3524, Barrow_A.F.C.
13608, Carlisle_United_F.C.
26816, Chesterfield_F.C.
19337, Chris_Thompson_(footballer,_born_1982)
17133, Dean_Holdsworth
8002, Football_League_One
14609, Gareth_Taylor
21350, Gary_Kelly_(footballer,_born_1966)
6628, Gordon_Brown_(footballer,_born_1933)
3895, Joe_Murphy_(footballer,_born_1981)
12435, John_McSeveney
8968, Kevan_Hurst
18962, Leigh_Genesis_F.C.
9167, Neil_Brisco
956, Neil_Pointon
15492, Newport_County_A.F.C.
1942, Nottingham_Forest_F.C.
10309, Republic_of_Ireland_national_under-21_football_team
9074, Roddy_Collins
4902, Ronny_Goodlass
15764, Ryan_Bertrand
10306, Scunthorpe_United_F.C.
5549, Sid_Ottewell
29232, Wendell_Morgan
28885, Willie_Ormond_(footballer,_born_1926)
src, edge_attr, dst
26816, league, 8002
26816, position, 8002
19337, team, 3524
19337, team, 18962
17133, managerClub, 15492
17133, team, 13608
14609, team, 13608
14609, team, 1942
21350, team, 18962
21350, team, 10309
6628, team, 3524
6628, team, 10306
3895, team, 26816
3895, team, 10309
3895, team, 10306
12435, managerClub, 1942
12435, team, 15492
8968, team, 13608
8968, team, 26816
8968, team, 10306
9167, team, 3524
9167, team, 18962
956, team, 26816
956, team, 10306
9074, managerClub, 13608
9074, team, 15492
4902, team, 3524
4902, team, 10306
15764, team, 1942
10306, league, 8002
10306, position, 8002
5549, team, 26816
5549, team, 1942
5549, team, 10306
29232, team, 13608
29232, team, 15492
28885, team, 3524
28885, team, 10306
Question: In what context are Leigh_Genesis_F.C., Ryan_Bertrand, Scunthorpe_United_F.C., and Wendell_Morgan connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"Leigh_Genesis_F.C.",
"Ryan_Bertrand",
"Scunthorpe_United_F.C.",
"Wendell_Morgan"
],
"valid_edges": [
[
"Chesterfield_F.C.",
"league",
"Football_League_One"
],
[
"Chesterfield_F.C.",
"position",
"Football_League_One"
],
[
"Chris_Thompson_(footballer,_born_1982)",
"team",
"Barrow_A.F.C."
],
[
"Chris_Thompson_(footballer,_born_1982)",
"team",
"Leigh_Genesis_F.C."
],
[
"Dean_Holdsworth",
"managerClub",
"Newport_County_A.F.C."
],
[
"Dean_Holdsworth",
"team",
"Carlisle_United_F.C."
],
[
"Gareth_Taylor",
"team",
"Carlisle_United_F.C."
],
[
"Gareth_Taylor",
"team",
"Nottingham_Forest_F.C."
],
[
"Gary_Kelly_(footballer,_born_1966)",
"team",
"Leigh_Genesis_F.C."
],
[
"Gary_Kelly_(footballer,_born_1966)",
"team",
"Republic_of_Ireland_national_under-21_football_team"
],
[
"Gordon_Brown_(footballer,_born_1933)",
"team",
"Barrow_A.F.C."
],
[
"Gordon_Brown_(footballer,_born_1933)",
"team",
"Scunthorpe_United_F.C."
],
[
"Joe_Murphy_(footballer,_born_1981)",
"team",
"Chesterfield_F.C."
],
[
"Joe_Murphy_(footballer,_born_1981)",
"team",
"Republic_of_Ireland_national_under-21_football_team"
],
[
"Joe_Murphy_(footballer,_born_1981)",
"team",
"Scunthorpe_United_F.C."
],
[
"John_McSeveney",
"managerClub",
"Nottingham_Forest_F.C."
],
[
"John_McSeveney",
"team",
"Newport_County_A.F.C."
],
[
"Kevan_Hurst",
"team",
"Carlisle_United_F.C."
],
[
"Kevan_Hurst",
"team",
"Chesterfield_F.C."
],
[
"Kevan_Hurst",
"team",
"Scunthorpe_United_F.C."
],
[
"Neil_Brisco",
"team",
"Barrow_A.F.C."
],
[
"Neil_Brisco",
"team",
"Leigh_Genesis_F.C."
],
[
"Neil_Pointon",
"team",
"Chesterfield_F.C."
],
[
"Neil_Pointon",
"team",
"Scunthorpe_United_F.C."
],
[
"Roddy_Collins",
"managerClub",
"Carlisle_United_F.C."
],
[
"Roddy_Collins",
"team",
"Newport_County_A.F.C."
],
[
"Ronny_Goodlass",
"team",
"Barrow_A.F.C."
],
[
"Ronny_Goodlass",
"team",
"Scunthorpe_United_F.C."
],
[
"Ryan_Bertrand",
"team",
"Nottingham_Forest_F.C."
],
[
"Scunthorpe_United_F.C.",
"league",
"Football_League_One"
],
[
"Scunthorpe_United_F.C.",
"position",
"Football_League_One"
],
[
"Sid_Ottewell",
"team",
"Chesterfield_F.C."
],
[
"Sid_Ottewell",
"team",
"Nottingham_Forest_F.C."
],
[
"Sid_Ottewell",
"team",
"Scunthorpe_United_F.C."
],
[
"Wendell_Morgan",
"team",
"Carlisle_United_F.C."
],
[
"Wendell_Morgan",
"team",
"Newport_County_A.F.C."
],
[
"Willie_Ormond_(footballer,_born_1926)",
"team",
"Barrow_A.F.C."
],
[
"Willie_Ormond_(footballer,_born_1926)",
"team",
"Scunthorpe_United_F.C."
]
]
}
|
dbpedia50
|
You are given a directed graph as two CSV-like sections in this order:
1) Node table (header included):
node_id, node_attr
2) Edge table (header included):
src, edge_attr, dst
Task
- Use ONLY edges from the Edge table to answer the question by outputting a path.
- When printing each edge, replace IDs with the exact node_attr from the Node table.
- Output MUST be text triples, not numeric IDs.
Output format (STRICT — no extra text):
PATH:
("subject"|predicate|"object")
...
END
Rules
- Use only listed edges; do NOT invent edges.
- Map IDs → node_attr; preserve node_attr exactly.
- Output NOTHING outside the PATH block.
- If no path exists, output exactly:
PATH:
END
Graph:
node_id, node_attr
7601, A_Hundred_Yards_Over_the_Rim
12541, Barcelona
12738, CJM_Bourges_Basket
26451, Charles_Bronson
28694, George_T._Clemens
11544, Girl_of_the_Ozarks
17956, Henry_Beckman
21107, Laia_Palau
5239, The_Great_Escape_(film)
13847, The_Twilight_Zone_(1959_TV_series)
8952, Two_(The_Twilight_Zone)
1027, Valley_of_the_Shadow
src, edge_attr, dst
7601, series, 13847
11544, cinematography, 28694
17956, deathPlace, 12541
21107, birthPlace, 12541
21107, formerTeam, 12738
5239, starring, 26451
13847, person, 28694
8952, guest, 26451
8952, series, 13847
1027, guest, 17956
1027, musicComposer, 7601
1027, series, 13847
Question: How are CJM_Bourges_Basket, Girl_of_the_Ozarks, The_Great_Escape_(film), and Valley_of_the_Shadow related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{
"entities": [
"CJM_Bourges_Basket",
"Girl_of_the_Ozarks",
"The_Great_Escape_(film)",
"Valley_of_the_Shadow"
],
"valid_edges": [
[
"A_Hundred_Yards_Over_the_Rim",
"series",
"The_Twilight_Zone_(1959_TV_series)"
],
[
"Girl_of_the_Ozarks",
"cinematography",
"George_T._Clemens"
],
[
"Henry_Beckman",
"deathPlace",
"Barcelona"
],
[
"Laia_Palau",
"birthPlace",
"Barcelona"
],
[
"Laia_Palau",
"formerTeam",
"CJM_Bourges_Basket"
],
[
"The_Great_Escape_(film)",
"starring",
"Charles_Bronson"
],
[
"The_Twilight_Zone_(1959_TV_series)",
"person",
"George_T._Clemens"
],
[
"Two_(The_Twilight_Zone)",
"guest",
"Charles_Bronson"
],
[
"Two_(The_Twilight_Zone)",
"series",
"The_Twilight_Zone_(1959_TV_series)"
],
[
"Valley_of_the_Shadow",
"guest",
"Henry_Beckman"
],
[
"Valley_of_the_Shadow",
"musicComposer",
"A_Hundred_Yards_Over_the_Rim"
],
[
"Valley_of_the_Shadow",
"series",
"The_Twilight_Zone_(1959_TV_series)"
]
]
}
|
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