data_source
stringclasses 1
value | prompt
stringlengths 950
11.8k
| ability
stringclasses 1
value | reward_model
dict | extra_info
stringlengths 87
13.7k
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|---|---|---|---|---|
metaqa
|
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
2393, ENT1852
37565, BJÖRNE LARSON
33988, ENT5109
16661, ENT9752
16585, ENT19395
7063, ENT23226
src, edge_attr, dst
2393, REL1, 7063
2393, has_genre, 16661
33988, REL1, 7063
33988, has_genre, 16661
16585, REL1, 37565
16585, has_genre, 16661
16585, REL9, 37565
Question: For what reason are BJÖRNE LARSON and ENT23226 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["BJÖRNE LARSON", "ENT23226"], "valid_edges": [["ENT1852", "REL1", "ENT23226"], ["ENT1852", "has_genre", "ENT9752"], ["ENT5109", "REL1", "ENT23226"], ["ENT5109", "has_genre", "ENT9752"], ["ENT19395", "REL1", "BJÖRNE LARSON"], ["ENT19395", "has_genre", "ENT9752"], ["ENT19395", "REL9", "BJÖRNE LARSON"]]}
|
metaqa
|
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
27569, ENT128
4263, ENT465
35810, ACCATTONE
36052, ENT1038
12820, ENT1191
34607, ENT2724
22696, ENT3569
11758, BEAT THE DEVIL
5165, BICYCLE THIEVES
17106, ENT4062
37608, BILLY BUDD
19371, ENT4201
31489, BURN!
12710, ENT7284
9766, ENT8184
19009, ENT12516
1917, GYPSY
30051, HUGH GRANT
2383, ENT15108
5598, ENT15722
25043, ENT15906
2108, ENT19787
19987, LA STRADA
24788, ENT20181
17003, ENT22759
5971, ENT23104
15248, MUTINY ON THE BOUNTY
8041, ENT25736
35198, ENT26623
19173, PURPLE NOON
24242, ENT28166
22229, RIDE THE HIGH COUNTRY
3136, ROCCO AND HIS BROTHERS
14381, ENT29264
24791, ENT29760
1204, ENT31221
9858, ENT31594
7437, TARAS BULBA
22550, ENT33618
40037, ENT33736
15149, ENT33763
11933, ENT34309
7536, ENT34488
20592, THE ITALIAN JOB
37023, ENT34921
34123, ENT35118
10024, ENT35266
22855, ENT35280
38518, ENT35355
30090, ENT35426
22962, ENT35687
36062, ENT35925
32586, THE ROSE TATTOO
25582, ENT36251
25478, ENT36440
11164, ENT36442
35466, ENT36710
22106, ENT37237
2071, TWO WOMEN
39734, WHAT EVER HAPPENED TO BABY JANE?
src, edge_attr, dst
4263, REL5, 22696
4263, REL7, 27569
35810, REL5, 22696
35810, in_language, 5598
36052, REL5, 22696
36052, in_language, 5598
34607, REL5, 22696
34607, in_language, 5598
11758, REL5, 22696
11758, in_language, 5598
5165, REL5, 22696
5165, REL5, 5598
5165, in_language, 5598
17106, REL5, 22696
17106, in_language, 5598
37608, REL5, 22696
37608, REL7, 27569
19371, REL5, 22696
19371, REL7, 27569
31489, REL5, 22696
31489, in_language, 5598
12710, REL5, 22696
12710, in_language, 5598
9766, REL5, 22696
9766, REL7, 27569
19009, REL5, 22696
19009, REL7, 27569
1917, REL5, 22696
1917, REL7, 27569
2383, REL5, 22696
2383, REL5, 5598
2383, in_language, 5598
25043, REL5, 22696
25043, REL7, 27569
2108, REL5, 22696
2108, in_language, 5598
2108, REL7, 27569
2108, REL8, 12820
19987, REL5, 22696
19987, REL5, 5598
19987, in_language, 5598
24788, REL5, 22696
24788, REL7, 27569
17003, REL5, 22696
17003, REL5, 30051
17003, REL8, 30051
5971, REL5, 22696
5971, REL7, 27569
15248, REL5, 22696
15248, REL7, 27569
8041, REL5, 22696
8041, REL7, 27569
35198, REL5, 22696
35198, REL7, 27569
19173, REL5, 12820
19173, REL5, 22696
19173, in_language, 5598
19173, REL8, 12820
24242, REL5, 22696
24242, REL7, 27569
22229, REL5, 22696
22229, REL7, 27569
3136, REL5, 22696
3136, in_language, 5598
3136, REL8, 12820
14381, REL5, 22696
14381, in_language, 5598
24791, REL5, 22696
24791, in_language, 5598
1204, REL5, 22696
1204, in_language, 5598
9858, REL5, 22696
9858, in_language, 5598
9858, REL8, 12820
7437, REL5, 22696
7437, REL7, 27569
22550, REL5, 22696
22550, REL7, 27569
40037, REL5, 22696
40037, in_language, 5598
15149, REL5, 22696
15149, REL7, 27569
11933, REL5, 22696
11933, in_language, 5598
7536, REL5, 22696
7536, REL5, 5598
7536, in_language, 5598
20592, REL5, 22696
20592, REL5, 5598
20592, in_language, 5598
37023, REL5, 22696
37023, REL7, 27569
34123, REL5, 22696
34123, REL7, 27569
10024, REL5, 22696
10024, REL7, 27569
22855, REL5, 22696
22855, REL7, 27569
38518, REL5, 22696
38518, REL7, 27569
30090, REL5, 22696
30090, REL7, 27569
22962, REL5, 22696
22962, REL7, 27569
36062, REL5, 22696
36062, REL7, 27569
32586, REL5, 22696
32586, in_language, 5598
25582, REL5, 22696
25582, in_language, 5598
25478, REL5, 22696
25478, REL7, 27569
11164, REL5, 22696
11164, REL7, 27569
35466, REL5, 22696
35466, REL7, 27569
22106, REL5, 22696
22106, REL7, 27569
2071, REL5, 22696
2071, REL5, 5598
2071, in_language, 5598
39734, REL5, 22696
39734, REL7, 27569
Question: For what reason are HUGH GRANT and ENT19787 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["HUGH GRANT", "ENT19787"], "valid_edges": [["ENT465", "REL5", "ENT3569"], ["ENT465", "REL7", "ENT128"], ["ACCATTONE", "REL5", "ENT3569"], ["ACCATTONE", "in_language", "ENT15722"], ["ENT1038", "REL5", "ENT3569"], ["ENT1038", "in_language", "ENT15722"], ["ENT2724", "REL5", "ENT3569"], ["ENT2724", "in_language", "ENT15722"], ["BEAT THE DEVIL", "REL5", "ENT3569"], ["BEAT THE DEVIL", "in_language", "ENT15722"], ["BICYCLE THIEVES", "REL5", "ENT3569"], ["BICYCLE THIEVES", "REL5", "ENT15722"], ["BICYCLE THIEVES", "in_language", "ENT15722"], ["ENT4062", "REL5", "ENT3569"], ["ENT4062", "in_language", "ENT15722"], ["BILLY BUDD", "REL5", "ENT3569"], ["BILLY BUDD", "REL7", "ENT128"], ["ENT4201", "REL5", "ENT3569"], ["ENT4201", "REL7", "ENT128"], ["BURN!", "REL5", "ENT3569"], ["BURN!", "in_language", "ENT15722"], ["ENT7284", "REL5", "ENT3569"], ["ENT7284", "in_language", "ENT15722"], ["ENT8184", "REL5", "ENT3569"], ["ENT8184", "REL7", "ENT128"], ["ENT12516", "REL5", "ENT3569"], ["ENT12516", "REL7", "ENT128"], ["GYPSY", "REL5", "ENT3569"], ["GYPSY", "REL7", "ENT128"], ["ENT15108", "REL5", "ENT3569"], ["ENT15108", "REL5", "ENT15722"], ["ENT15108", "in_language", "ENT15722"], ["ENT15906", "REL5", "ENT3569"], ["ENT15906", "REL7", "ENT128"], ["ENT19787", "REL5", "ENT3569"], ["ENT19787", "in_language", "ENT15722"], ["ENT19787", "REL7", "ENT128"], ["ENT19787", "REL8", "ENT1191"], ["LA STRADA", "REL5", "ENT3569"], ["LA STRADA", "REL5", "ENT15722"], ["LA STRADA", "in_language", "ENT15722"], ["ENT20181", "REL5", "ENT3569"], ["ENT20181", "REL7", "ENT128"], ["ENT22759", "REL5", "ENT3569"], ["ENT22759", "REL5", "HUGH GRANT"], ["ENT22759", "REL8", "HUGH GRANT"], ["ENT23104", "REL5", "ENT3569"], ["ENT23104", "REL7", "ENT128"], ["MUTINY ON THE BOUNTY", "REL5", "ENT3569"], ["MUTINY ON THE BOUNTY", "REL7", "ENT128"], ["ENT25736", "REL5", "ENT3569"], ["ENT25736", "REL7", "ENT128"], ["ENT26623", "REL5", "ENT3569"], ["ENT26623", "REL7", "ENT128"], ["PURPLE NOON", "REL5", "ENT1191"], ["PURPLE NOON", "REL5", "ENT3569"], ["PURPLE NOON", "in_language", "ENT15722"], ["PURPLE NOON", "REL8", "ENT1191"], ["ENT28166", "REL5", "ENT3569"], ["ENT28166", "REL7", "ENT128"], ["RIDE THE HIGH COUNTRY", "REL5", "ENT3569"], ["RIDE THE HIGH COUNTRY", "REL7", "ENT128"], ["ROCCO AND HIS BROTHERS", "REL5", "ENT3569"], ["ROCCO AND HIS BROTHERS", "in_language", "ENT15722"], ["ROCCO AND HIS BROTHERS", "REL8", "ENT1191"], ["ENT29264", "REL5", "ENT3569"], ["ENT29264", "in_language", "ENT15722"], ["ENT29760", "REL5", "ENT3569"], ["ENT29760", "in_language", "ENT15722"], ["ENT31221", "REL5", "ENT3569"], ["ENT31221", "in_language", "ENT15722"], ["ENT31594", "REL5", "ENT3569"], ["ENT31594", "in_language", "ENT15722"], ["ENT31594", "REL8", "ENT1191"], ["TARAS BULBA", "REL5", "ENT3569"], ["TARAS BULBA", "REL7", "ENT128"], ["ENT33618", "REL5", "ENT3569"], ["ENT33618", "REL7", "ENT128"], ["ENT33736", "REL5", "ENT3569"], ["ENT33736", "in_language", "ENT15722"], ["ENT33763", "REL5", "ENT3569"], ["ENT33763", "REL7", "ENT128"], ["ENT34309", "REL5", "ENT3569"], ["ENT34309", "in_language", "ENT15722"], ["ENT34488", "REL5", "ENT3569"], ["ENT34488", "REL5", "ENT15722"], ["ENT34488", "in_language", "ENT15722"], ["THE ITALIAN JOB", "REL5", "ENT3569"], ["THE ITALIAN JOB", "REL5", "ENT15722"], ["THE ITALIAN JOB", "in_language", "ENT15722"], ["ENT34921", "REL5", "ENT3569"], ["ENT34921", "REL7", "ENT128"], ["ENT35118", "REL5", "ENT3569"], ["ENT35118", "REL7", "ENT128"], ["ENT35266", "REL5", "ENT3569"], ["ENT35266", "REL7", "ENT128"], ["ENT35280", "REL5", "ENT3569"], ["ENT35280", "REL7", "ENT128"], ["ENT35355", "REL5", "ENT3569"], ["ENT35355", "REL7", "ENT128"], ["ENT35426", "REL5", "ENT3569"], ["ENT35426", "REL7", "ENT128"], ["ENT35687", "REL5", "ENT3569"], ["ENT35687", "REL7", "ENT128"], ["ENT35925", "REL5", "ENT3569"], ["ENT35925", "REL7", "ENT128"], ["THE ROSE TATTOO", "REL5", "ENT3569"], ["THE ROSE TATTOO", "in_language", "ENT15722"], ["ENT36251", "REL5", "ENT3569"], ["ENT36251", "in_language", "ENT15722"], ["ENT36440", "REL5", "ENT3569"], ["ENT36440", "REL7", "ENT128"], ["ENT36442", "REL5", "ENT3569"], ["ENT36442", "REL7", "ENT128"], ["ENT36710", "REL5", "ENT3569"], ["ENT36710", "REL7", "ENT128"], ["ENT37237", "REL5", "ENT3569"], ["ENT37237", "REL7", "ENT128"], ["TWO WOMEN", "REL5", "ENT3569"], ["TWO WOMEN", "REL5", "ENT15722"], ["TWO WOMEN", "in_language", "ENT15722"], ["WHAT EVER HAPPENED TO BABY JANE?", "REL5", "ENT3569"], ["WHAT EVER HAPPENED TO BABY JANE?", "REL7", "ENT128"]]}
|
metaqa
|
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
28162, 1992
10377, A FEW GOOD MEN
21, ENT6719
854, ENT13070
11027, ENT13231
25498, ENT13236
30877, ENT14779
38708, ENT15446
23842, ENT21646
26396, SHED NO TEARS
932, ENT32578
20375, ENT33181
31643, ENT33459
37969, THE EMIGRANTS
37793, ENT36329
29749, ENT38912
src, edge_attr, dst
10377, REL3, 11027
10377, REL7, 28162
21, REL3, 11027
21, REL7, 28162
854, REL3, 11027
854, REL7, 28162
11027, REL3, 11027
25498, REL3, 11027
25498, in_language, 932
30877, in_language, 932
30877, REL7, 28162
38708, REL3, 11027
38708, REL7, 28162
23842, REL3, 11027
23842, REL7, 28162
26396, REL3, 11027
26396, in_language, 932
20375, REL3, 11027
31643, in_language, 932
31643, REL7, 28162
37969, REL3, 11027
37969, in_language, 932
37793, REL3, 11027
37793, in_language, 932
29749, REL3, 11027
29749, in_language, 932
Question: How are ENT14779 and ENT33181 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT14779", "ENT33181"], "valid_edges": [["A FEW GOOD MEN", "REL3", "ENT13231"], ["A FEW GOOD MEN", "REL7", "1992"], ["ENT6719", "REL3", "ENT13231"], ["ENT6719", "REL7", "1992"], ["ENT13070", "REL3", "ENT13231"], ["ENT13070", "REL7", "1992"], ["ENT13231", "REL3", "ENT13231"], ["ENT13236", "REL3", "ENT13231"], ["ENT13236", "in_language", "ENT32578"], ["ENT14779", "in_language", "ENT32578"], ["ENT14779", "REL7", "1992"], ["ENT15446", "REL3", "ENT13231"], ["ENT15446", "REL7", "1992"], ["ENT21646", "REL3", "ENT13231"], ["ENT21646", "REL7", "1992"], ["SHED NO TEARS", "REL3", "ENT13231"], ["SHED NO TEARS", "in_language", "ENT32578"], ["ENT33181", "REL3", "ENT13231"], ["ENT33459", "in_language", "ENT32578"], ["ENT33459", "REL7", "1992"], ["THE EMIGRANTS", "REL3", "ENT13231"], ["THE EMIGRANTS", "in_language", "ENT32578"], ["ENT36329", "REL3", "ENT13231"], ["ENT36329", "in_language", "ENT32578"], ["ENT38912", "REL3", "ENT13231"], ["ENT38912", "in_language", "ENT32578"]]}
|
metaqa
|
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
17148, ENT7161
8195, ENT17192
10849, ENT21989
27942, PUCCINI FOR BEGINNERS
3366, RIP TORN
9977, ENT36332
src, edge_attr, dst
8195, has_genre, 17148
8195, REL8, 3366
27942, REL1, 10849
27942, has_genre, 17148
27942, REL9, 10849
9977, REL1, 3366
9977, has_genre, 17148
Question: In what context are ENT21989 and RIP TORN connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT21989", "RIP TORN"], "valid_edges": [["ENT17192", "has_genre", "ENT7161"], ["ENT17192", "REL8", "RIP TORN"], ["PUCCINI FOR BEGINNERS", "REL1", "ENT21989"], ["PUCCINI FOR BEGINNERS", "has_genre", "ENT7161"], ["PUCCINI FOR BEGINNERS", "REL9", "ENT21989"], ["ENT36332", "REL1", "RIP TORN"], ["ENT36332", "has_genre", "ENT7161"]]}
|
metaqa
|
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
31662, ENT845
15461, ALIENS
18210, BILLY BLANKS
31936, ENT11101
35035, KILLER KLOWNS FROM OUTER SPACE
src, edge_attr, dst
15461, has_genre, 31662
15461, REL5, 31662
15461, REL5, 15461
31936, has_genre, 31662
31936, REL8, 18210
35035, REL5, 15461
Question: In what context are BILLY BLANKS and KILLER KLOWNS FROM OUTER SPACE connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["BILLY BLANKS", "KILLER KLOWNS FROM OUTER SPACE"], "valid_edges": [["ALIENS", "has_genre", "ENT845"], ["ALIENS", "REL5", "ENT845"], ["ALIENS", "REL5", "ALIENS"], ["ENT11101", "has_genre", "ENT845"], ["ENT11101", "REL8", "BILLY BLANKS"], ["KILLER KLOWNS FROM OUTER SPACE", "REL5", "ALIENS"]]}
|
metaqa
|
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
10285, ENT54
26291, 2014
28782, ENT205
15292, ENT207
10263, ENT451
22974, ENT491
29034, ENT518
28822, ENT787
32166, ABOUT LAST NIGHT
3091, ENT1041
38394, ENT1434
33168, ALFIE BASS
1835, ENT2036
7739, ENT2491
22101, ENT3138
8696, ENT3237
5275, ENT3246
3388, ENT3280
6023, ENT3421
26481, ENT3671
25775, ENT3953
34116, ENT4364
29789, ENT5414
28124, ENT6269
20198, ENT6982
17148, ENT7161
529, ENT7166
45, ENT7244
6167, ENT8141
24454, DIRTY DEEDS
35682, ENT9859
12752, EXTRATERRESTRIAL
15093, FEVER PITCH
17916, ENT11561
2962, ENT11884
7005, HAPPY NEW YEAR
31908, ENT14218
14780, ENT14495
29070, ENT14694
24592, ENT14800
26001, ENT15050
9038, ENT15211
16820, IMOGEN POOTS
39133, IN HER SHOES
39614, ENT17048
17369, ENT19407
30033, LAND HO!
38749, LAWS OF ATTRACTION
21224, LET'S BE COPS
12202, ENT20585
5787, ENT20603
21770, ENT20816
23841, ENT21365
17529, ENT21564
38051, ENT21675
21479, ENT22323
17279, ENT22460
36125, ENT23999
28736, ENT24096
12038, ENT24270
18915, MUPPETS MOST WANTED
7092, MURIEL'S WEDDING
28406, ENT24460
21411, ENT24762
19091, ENT24860
20232, ENT24970
35888, ENT25377
5623, ENT25460
23706, ENT25958
10270, PENGUINS OF MADAGASCAR
32216, ENT27062
7039, PING PONG SUMMER
33780, ENT27156
24679, ENT28530
37711, ENT28581
17176, ENT30553
17514, ENT30834
18267, ENT31519
38526, ENT31641
27444, SUICIDE
19065, ENT32417
30529, ENT32817
37578, ENT32997
22765, ENT33174
14586, ENT33300
13910, ENT33479
16364, ENT33583
38124, ENT33603
23299, ENT33790
6387, ENT33818
7899, ENT33959
387, ENT34499
13979, THE HUNDRED-FOOT JOURNEY
9842, ENT34776
36378, ENT34817
17766, ENT35000
25834, ENT35027
23811, ENT35059
12264, ENT35095
16530, ENT35304
13668, ENT35522
16476, THE OTHER WOMAN
24062, ENT35607
12401, ENT35904
18449, THE SINGLE MOMS CLUB
19722, THE VOICES
18322, ENT36604
4480, THEY CAME TOGETHER
32390, ENT36869
2645, ENT36900
16399, TONI COLLETTE
10287, ENT37582
14863, ENT37928
33628, ENT37985
23596, WALK OF SHAME
25426, WHAT WE DID ON OUR HOLIDAY
10476, ENT39065
13502, ENT39275
34052, ENT39607
12242, ENT40088
src, edge_attr, dst
10285, has_genre, 17148
10285, REL7, 26291
28782, has_genre, 17148
28782, REL5, 26291
28782, REL5, 17148
15292, has_genre, 17148
15292, REL7, 26291
10263, has_genre, 17148
10263, REL7, 26291
22974, has_genre, 17148
22974, REL5, 19091
22974, REL5, 20232
22974, REL5, 27444
22974, REL7, 26291
22974, REL8, 16820
22974, REL8, 32216
22974, REL8, 16399
22974, REL9, 20232
29034, has_genre, 17148
29034, REL7, 26291
28822, has_genre, 17148
28822, REL5, 17148
28822, REL5, 20232
28822, REL5, 16399
28822, REL9, 20232
32166, has_genre, 17148
32166, REL7, 26291
3091, has_genre, 17148
3091, REL5, 32216
3091, REL8, 32216
38394, has_genre, 17148
38394, REL7, 26291
1835, has_genre, 17148
1835, REL7, 26291
7739, has_genre, 17148
7739, REL7, 26291
22101, has_genre, 17148
22101, REL7, 26291
8696, has_genre, 17148
8696, REL7, 26291
5275, has_genre, 17148
5275, REL7, 26291
3388, has_genre, 17148
3388, REL7, 26291
6023, has_genre, 17148
6023, REL7, 26291
26481, has_genre, 17148
26481, REL7, 26291
25775, has_genre, 17148
25775, REL7, 26291
34116, has_genre, 17148
34116, REL5, 17148
34116, REL7, 26291
29789, has_genre, 17148
29789, REL7, 26291
28124, has_genre, 17148
28124, REL5, 26291
28124, REL7, 26291
20198, has_genre, 17148
20198, REL8, 16399
529, has_genre, 17148
529, REL7, 26291
45, has_genre, 17148
45, REL8, 16399
6167, has_genre, 17148
6167, REL7, 26291
24454, has_genre, 17148
24454, REL5, 17148
24454, REL8, 16399
35682, has_genre, 17148
35682, REL7, 26291
12752, has_genre, 17148
12752, REL7, 26291
15093, has_genre, 17148
15093, REL5, 20232
15093, REL9, 20232
17916, has_genre, 17148
17916, REL7, 26291
2962, has_genre, 17148
2962, REL7, 26291
7005, has_genre, 17148
7005, REL7, 26291
31908, has_genre, 17148
31908, REL7, 26291
14780, has_genre, 17148
14780, REL5, 17148
14780, REL5, 20232
14780, REL9, 20232
29070, has_genre, 17148
29070, REL7, 26291
24592, has_genre, 17148
24592, REL7, 26291
26001, has_genre, 17148
26001, REL5, 32216
26001, REL8, 32216
9038, has_genre, 17148
9038, REL7, 26291
39133, has_genre, 17148
39133, REL5, 16399
39133, REL8, 16399
39614, has_genre, 17148
39614, REL8, 16399
17369, has_genre, 17148
17369, REL7, 26291
30033, has_genre, 17148
30033, REL7, 26291
38749, has_genre, 17148
38749, REL5, 17148
38749, REL5, 32216
38749, REL8, 32216
21224, has_genre, 17148
21224, REL7, 26291
12202, has_genre, 17148
12202, REL7, 26291
5787, has_genre, 17148
5787, REL7, 26291
21770, has_genre, 17148
21770, REL5, 17148
21770, REL5, 16399
23841, has_genre, 17148
23841, REL7, 26291
17529, has_genre, 17148
17529, REL7, 26291
38051, has_genre, 17148
38051, REL5, 32216
38051, REL8, 32216
21479, has_genre, 17148
21479, REL5, 17148
21479, REL5, 32216
21479, REL8, 32216
17279, has_genre, 17148
17279, REL5, 16399
17279, REL8, 16399
36125, has_genre, 17148
36125, REL7, 26291
28736, has_genre, 17148
28736, REL7, 26291
12038, has_genre, 17148
12038, REL5, 17148
12038, REL7, 26291
18915, has_genre, 17148
18915, REL7, 26291
7092, has_genre, 17148
7092, REL5, 17148
7092, REL5, 16399
7092, REL8, 16399
28406, has_genre, 17148
28406, REL7, 26291
21411, has_genre, 17148
21411, REL7, 26291
19091, has_genre, 17148
19091, REL5, 19091
35888, has_genre, 17148
35888, REL7, 26291
5623, has_genre, 17148
5623, REL7, 26291
23706, has_genre, 17148
23706, REL5, 17148
23706, REL7, 26291
10270, has_genre, 17148
10270, REL5, 17148
10270, REL7, 26291
7039, has_genre, 17148
7039, REL7, 26291
33780, has_genre, 17148
33780, REL5, 17148
33780, REL7, 26291
24679, has_genre, 17148
24679, REL7, 26291
37711, has_genre, 17148
37711, REL7, 26291
17176, has_genre, 17148
17176, REL5, 17148
17176, REL7, 26291
17514, has_genre, 17148
17514, REL7, 26291
18267, has_genre, 17148
18267, REL7, 26291
38526, has_genre, 17148
38526, REL7, 26291
19065, has_genre, 17148
19065, REL7, 26291
30529, has_genre, 17148
30529, REL7, 26291
37578, has_genre, 17148
37578, REL7, 26291
22765, has_genre, 17148
22765, REL7, 26291
22765, REL8, 16820
14586, has_genre, 17148
14586, REL7, 26291
13910, has_genre, 17148
13910, REL5, 27444
16364, has_genre, 17148
16364, REL7, 26291
38124, has_genre, 17148
38124, REL7, 26291
23299, has_genre, 17148
23299, REL5, 27444
6387, has_genre, 17148
6387, REL7, 26291
7899, has_genre, 17148
7899, REL7, 26291
387, has_genre, 17148
387, REL5, 26291
387, REL7, 26291
13979, has_genre, 17148
13979, REL7, 26291
9842, has_genre, 17148
9842, REL5, 17148
9842, REL7, 26291
36378, has_genre, 17148
36378, REL5, 17148
36378, REL7, 26291
17766, has_genre, 17148
17766, REL8, 16399
25834, has_genre, 17148
25834, REL8, 33168
23811, has_genre, 17148
23811, REL7, 26291
12264, has_genre, 17148
12264, REL7, 26291
16530, has_genre, 17148
16530, REL5, 32216
16530, REL8, 32216
13668, has_genre, 17148
13668, REL5, 17148
13668, REL7, 26291
16476, has_genre, 17148
16476, REL7, 26291
24062, has_genre, 17148
24062, REL8, 16399
12401, has_genre, 17148
12401, REL5, 17148
12401, REL7, 26291
18449, has_genre, 17148
18449, REL7, 26291
19722, has_genre, 17148
19722, REL7, 26291
18322, has_genre, 17148
18322, REL8, 16399
4480, has_genre, 17148
4480, REL7, 26291
32390, has_genre, 17148
32390, REL7, 26291
2645, has_genre, 17148
2645, REL7, 26291
10287, has_genre, 17148
10287, REL7, 26291
14863, has_genre, 17148
14863, REL7, 26291
33628, has_genre, 17148
33628, REL5, 17148
33628, REL7, 26291
23596, has_genre, 17148
23596, REL7, 26291
25426, has_genre, 17148
25426, REL7, 26291
10476, has_genre, 17148
10476, REL5, 17148
10476, REL7, 26291
13502, has_genre, 17148
13502, REL7, 26291
34052, has_genre, 17148
34052, REL7, 26291
12242, has_genre, 17148
12242, REL7, 26291
Question: How are ENT491 and ALFIE BASS related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT491", "ALFIE BASS"], "valid_edges": [["ENT54", "has_genre", "ENT7161"], ["ENT54", "REL7", "2014"], ["ENT205", "has_genre", "ENT7161"], ["ENT205", "REL5", "2014"], ["ENT205", "REL5", "ENT7161"], ["ENT207", "has_genre", "ENT7161"], ["ENT207", "REL7", "2014"], ["ENT451", "has_genre", "ENT7161"], ["ENT451", "REL7", "2014"], ["ENT491", "has_genre", "ENT7161"], ["ENT491", "REL5", "ENT24860"], ["ENT491", "REL5", "ENT24970"], ["ENT491", "REL5", "SUICIDE"], ["ENT491", "REL7", "2014"], ["ENT491", "REL8", "IMOGEN POOTS"], ["ENT491", "REL8", "ENT27062"], ["ENT491", "REL8", "TONI COLLETTE"], ["ENT491", "REL9", "ENT24970"], ["ENT518", "has_genre", "ENT7161"], ["ENT518", "REL7", "2014"], ["ENT787", "has_genre", "ENT7161"], ["ENT787", "REL5", "ENT7161"], ["ENT787", "REL5", "ENT24970"], ["ENT787", "REL5", "TONI COLLETTE"], ["ENT787", "REL9", "ENT24970"], ["ABOUT LAST NIGHT", "has_genre", "ENT7161"], ["ABOUT LAST NIGHT", "REL7", "2014"], ["ENT1041", "has_genre", "ENT7161"], ["ENT1041", "REL5", "ENT27062"], ["ENT1041", "REL8", "ENT27062"], ["ENT1434", "has_genre", "ENT7161"], ["ENT1434", "REL7", "2014"], ["ENT2036", "has_genre", "ENT7161"], ["ENT2036", "REL7", "2014"], ["ENT2491", "has_genre", "ENT7161"], ["ENT2491", "REL7", "2014"], ["ENT3138", "has_genre", "ENT7161"], ["ENT3138", "REL7", "2014"], ["ENT3237", "has_genre", "ENT7161"], ["ENT3237", "REL7", "2014"], ["ENT3246", "has_genre", "ENT7161"], ["ENT3246", "REL7", "2014"], ["ENT3280", "has_genre", "ENT7161"], ["ENT3280", "REL7", "2014"], ["ENT3421", "has_genre", "ENT7161"], ["ENT3421", "REL7", "2014"], ["ENT3671", "has_genre", "ENT7161"], ["ENT3671", "REL7", "2014"], ["ENT3953", "has_genre", "ENT7161"], ["ENT3953", "REL7", "2014"], ["ENT4364", "has_genre", "ENT7161"], ["ENT4364", "REL5", "ENT7161"], ["ENT4364", "REL7", "2014"], ["ENT5414", "has_genre", "ENT7161"], ["ENT5414", "REL7", "2014"], ["ENT6269", "has_genre", "ENT7161"], ["ENT6269", "REL5", "2014"], ["ENT6269", "REL7", "2014"], ["ENT6982", "has_genre", "ENT7161"], ["ENT6982", "REL8", "TONI COLLETTE"], ["ENT7166", "has_genre", "ENT7161"], ["ENT7166", "REL7", "2014"], ["ENT7244", "has_genre", "ENT7161"], ["ENT7244", "REL8", "TONI COLLETTE"], ["ENT8141", "has_genre", "ENT7161"], ["ENT8141", "REL7", "2014"], ["DIRTY DEEDS", "has_genre", "ENT7161"], ["DIRTY DEEDS", "REL5", "ENT7161"], ["DIRTY DEEDS", "REL8", "TONI COLLETTE"], ["ENT9859", "has_genre", "ENT7161"], ["ENT9859", "REL7", "2014"], ["EXTRATERRESTRIAL", "has_genre", "ENT7161"], ["EXTRATERRESTRIAL", "REL7", "2014"], ["FEVER PITCH", "has_genre", "ENT7161"], ["FEVER PITCH", "REL5", "ENT24970"], ["FEVER PITCH", "REL9", "ENT24970"], ["ENT11561", "has_genre", "ENT7161"], ["ENT11561", "REL7", "2014"], ["ENT11884", "has_genre", "ENT7161"], ["ENT11884", "REL7", "2014"], ["HAPPY NEW YEAR", "has_genre", "ENT7161"], ["HAPPY NEW YEAR", "REL7", "2014"], ["ENT14218", "has_genre", "ENT7161"], ["ENT14218", "REL7", "2014"], ["ENT14495", "has_genre", "ENT7161"], ["ENT14495", "REL5", "ENT7161"], ["ENT14495", "REL5", "ENT24970"], ["ENT14495", "REL9", "ENT24970"], ["ENT14694", "has_genre", "ENT7161"], ["ENT14694", "REL7", "2014"], ["ENT14800", "has_genre", "ENT7161"], ["ENT14800", "REL7", "2014"], ["ENT15050", "has_genre", "ENT7161"], ["ENT15050", "REL5", "ENT27062"], ["ENT15050", "REL8", "ENT27062"], ["ENT15211", "has_genre", "ENT7161"], ["ENT15211", "REL7", "2014"], ["IN HER SHOES", "has_genre", "ENT7161"], ["IN HER SHOES", "REL5", "TONI COLLETTE"], ["IN HER SHOES", "REL8", "TONI COLLETTE"], ["ENT17048", "has_genre", "ENT7161"], ["ENT17048", "REL8", "TONI COLLETTE"], ["ENT19407", "has_genre", "ENT7161"], ["ENT19407", "REL7", "2014"], ["LAND HO!", "has_genre", "ENT7161"], ["LAND HO!", "REL7", "2014"], ["LAWS OF ATTRACTION", "has_genre", "ENT7161"], ["LAWS OF ATTRACTION", "REL5", "ENT7161"], ["LAWS OF ATTRACTION", "REL5", "ENT27062"], ["LAWS OF ATTRACTION", "REL8", "ENT27062"], ["LET'S BE COPS", "has_genre", "ENT7161"], ["LET'S BE COPS", "REL7", "2014"], ["ENT20585", "has_genre", "ENT7161"], ["ENT20585", "REL7", "2014"], ["ENT20603", "has_genre", "ENT7161"], ["ENT20603", "REL7", "2014"], ["ENT20816", "has_genre", "ENT7161"], ["ENT20816", "REL5", "ENT7161"], ["ENT20816", "REL5", "TONI COLLETTE"], ["ENT21365", "has_genre", "ENT7161"], ["ENT21365", "REL7", "2014"], ["ENT21564", "has_genre", "ENT7161"], ["ENT21564", "REL7", "2014"], ["ENT21675", "has_genre", "ENT7161"], ["ENT21675", "REL5", "ENT27062"], ["ENT21675", "REL8", "ENT27062"], ["ENT22323", "has_genre", "ENT7161"], ["ENT22323", "REL5", "ENT7161"], ["ENT22323", "REL5", "ENT27062"], ["ENT22323", "REL8", "ENT27062"], ["ENT22460", "has_genre", "ENT7161"], ["ENT22460", "REL5", "TONI COLLETTE"], ["ENT22460", "REL8", "TONI COLLETTE"], ["ENT23999", "has_genre", "ENT7161"], ["ENT23999", "REL7", "2014"], ["ENT24096", "has_genre", "ENT7161"], ["ENT24096", "REL7", "2014"], ["ENT24270", "has_genre", "ENT7161"], ["ENT24270", "REL5", "ENT7161"], ["ENT24270", "REL7", "2014"], ["MUPPETS MOST WANTED", "has_genre", "ENT7161"], ["MUPPETS MOST WANTED", "REL7", "2014"], ["MURIEL'S WEDDING", "has_genre", "ENT7161"], ["MURIEL'S WEDDING", "REL5", "ENT7161"], ["MURIEL'S WEDDING", "REL5", "TONI COLLETTE"], ["MURIEL'S WEDDING", "REL8", "TONI COLLETTE"], ["ENT24460", "has_genre", "ENT7161"], ["ENT24460", "REL7", "2014"], ["ENT24762", "has_genre", "ENT7161"], ["ENT24762", "REL7", "2014"], ["ENT24860", "has_genre", "ENT7161"], ["ENT24860", "REL5", "ENT24860"], ["ENT25377", "has_genre", "ENT7161"], ["ENT25377", "REL7", "2014"], ["ENT25460", "has_genre", "ENT7161"], ["ENT25460", "REL7", "2014"], ["ENT25958", "has_genre", "ENT7161"], ["ENT25958", "REL5", "ENT7161"], ["ENT25958", "REL7", "2014"], ["PENGUINS OF MADAGASCAR", "has_genre", "ENT7161"], ["PENGUINS OF MADAGASCAR", "REL5", "ENT7161"], ["PENGUINS OF MADAGASCAR", "REL7", "2014"], ["PING PONG SUMMER", "has_genre", "ENT7161"], ["PING PONG SUMMER", "REL7", "2014"], ["ENT27156", "has_genre", "ENT7161"], ["ENT27156", "REL5", "ENT7161"], ["ENT27156", "REL7", "2014"], ["ENT28530", "has_genre", "ENT7161"], ["ENT28530", "REL7", "2014"], ["ENT28581", "has_genre", "ENT7161"], ["ENT28581", "REL7", "2014"], ["ENT30553", "has_genre", "ENT7161"], ["ENT30553", "REL5", "ENT7161"], ["ENT30553", "REL7", "2014"], ["ENT30834", "has_genre", "ENT7161"], ["ENT30834", "REL7", "2014"], ["ENT31519", "has_genre", "ENT7161"], ["ENT31519", "REL7", "2014"], ["ENT31641", "has_genre", "ENT7161"], ["ENT31641", "REL7", "2014"], ["ENT32417", "has_genre", "ENT7161"], ["ENT32417", "REL7", "2014"], ["ENT32817", "has_genre", "ENT7161"], ["ENT32817", "REL7", "2014"], ["ENT32997", "has_genre", "ENT7161"], ["ENT32997", "REL7", "2014"], ["ENT33174", "has_genre", "ENT7161"], ["ENT33174", "REL7", "2014"], ["ENT33174", "REL8", "IMOGEN POOTS"], ["ENT33300", "has_genre", "ENT7161"], ["ENT33300", "REL7", "2014"], ["ENT33479", "has_genre", "ENT7161"], ["ENT33479", "REL5", "SUICIDE"], ["ENT33583", "has_genre", "ENT7161"], ["ENT33583", "REL7", "2014"], ["ENT33603", "has_genre", "ENT7161"], ["ENT33603", "REL7", "2014"], ["ENT33790", "has_genre", "ENT7161"], ["ENT33790", "REL5", "SUICIDE"], ["ENT33818", "has_genre", "ENT7161"], ["ENT33818", "REL7", "2014"], ["ENT33959", "has_genre", "ENT7161"], ["ENT33959", "REL7", "2014"], ["ENT34499", "has_genre", "ENT7161"], ["ENT34499", "REL5", "2014"], ["ENT34499", "REL7", "2014"], ["THE HUNDRED-FOOT JOURNEY", "has_genre", "ENT7161"], ["THE HUNDRED-FOOT JOURNEY", "REL7", "2014"], ["ENT34776", "has_genre", "ENT7161"], ["ENT34776", "REL5", "ENT7161"], ["ENT34776", "REL7", "2014"], ["ENT34817", "has_genre", "ENT7161"], ["ENT34817", "REL5", "ENT7161"], ["ENT34817", "REL7", "2014"], ["ENT35000", "has_genre", "ENT7161"], ["ENT35000", "REL8", "TONI COLLETTE"], ["ENT35027", "has_genre", "ENT7161"], ["ENT35027", "REL8", "ALFIE BASS"], ["ENT35059", "has_genre", "ENT7161"], ["ENT35059", "REL7", "2014"], ["ENT35095", "has_genre", "ENT7161"], ["ENT35095", "REL7", "2014"], ["ENT35304", "has_genre", "ENT7161"], ["ENT35304", "REL5", "ENT27062"], ["ENT35304", "REL8", "ENT27062"], ["ENT35522", "has_genre", "ENT7161"], ["ENT35522", "REL5", "ENT7161"], ["ENT35522", "REL7", "2014"], ["THE OTHER WOMAN", "has_genre", "ENT7161"], ["THE OTHER WOMAN", "REL7", "2014"], ["ENT35607", "has_genre", "ENT7161"], ["ENT35607", "REL8", "TONI COLLETTE"], ["ENT35904", "has_genre", "ENT7161"], ["ENT35904", "REL5", "ENT7161"], ["ENT35904", "REL7", "2014"], ["THE SINGLE MOMS CLUB", "has_genre", "ENT7161"], ["THE SINGLE MOMS CLUB", "REL7", "2014"], ["THE VOICES", "has_genre", "ENT7161"], ["THE VOICES", "REL7", "2014"], ["ENT36604", "has_genre", "ENT7161"], ["ENT36604", "REL8", "TONI COLLETTE"], ["THEY CAME TOGETHER", "has_genre", "ENT7161"], ["THEY CAME TOGETHER", "REL7", "2014"], ["ENT36869", "has_genre", "ENT7161"], ["ENT36869", "REL7", "2014"], ["ENT36900", "has_genre", "ENT7161"], ["ENT36900", "REL7", "2014"], ["ENT37582", "has_genre", "ENT7161"], ["ENT37582", "REL7", "2014"], ["ENT37928", "has_genre", "ENT7161"], ["ENT37928", "REL7", "2014"], ["ENT37985", "has_genre", "ENT7161"], ["ENT37985", "REL5", "ENT7161"], ["ENT37985", "REL7", "2014"], ["WALK OF SHAME", "has_genre", "ENT7161"], ["WALK OF SHAME", "REL7", "2014"], ["WHAT WE DID ON OUR HOLIDAY", "has_genre", "ENT7161"], ["WHAT WE DID ON OUR HOLIDAY", "REL7", "2014"], ["ENT39065", "has_genre", "ENT7161"], ["ENT39065", "REL5", "ENT7161"], ["ENT39065", "REL7", "2014"], ["ENT39275", "has_genre", "ENT7161"], ["ENT39275", "REL7", "2014"], ["ENT39607", "has_genre", "ENT7161"], ["ENT39607", "REL7", "2014"], ["ENT40088", "has_genre", "ENT7161"], ["ENT40088", "REL7", "2014"]]}
|
metaqa
|
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
13583, 2007
20922, ENT193
38040, ENT4323
17472, ENT15701
2541, ENT19404
33565, THE CLASS
src, edge_attr, dst
38040, REL7, 13583
38040, REL7, 20922
17472, REL7, 13583
2541, REL7, 20922
33565, REL7, 13583
33565, REL7, 20922
Question: How are ENT15701 and ENT19404 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT15701", "ENT19404"], "valid_edges": [["ENT4323", "REL7", "2007"], ["ENT4323", "REL7", "ENT193"], ["ENT15701", "REL7", "2007"], ["ENT19404", "REL7", "ENT193"], ["THE CLASS", "REL7", "2007"], ["THE CLASS", "REL7", "ENT193"]]}
|
metaqa
|
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
13929, ENT195
11900, ENT3274
34220, BOJANA NOVAKOVIC
12627, ENT9029
410, ENT10083
11811, ENT11025
36542, ENT12351
20248, LETTERS TO JULIET
27218, ENT24310
1592, ENT29518
34320, ENT30790
6289, ENT31532
14270, ENT39768
src, edge_attr, dst
11900, REL5, 6289
11900, in_language, 6289
11900, REL8, 36542
12627, REL7, 13929
12627, REL8, 34220
410, REL5, 27218
410, REL7, 13929
410, REL8, 34220
11811, REL5, 6289
11811, in_language, 6289
11811, REL7, 13929
11811, REL8, 36542
20248, REL7, 13929
20248, REL8, 36542
1592, in_language, 6289
1592, REL8, 36542
34320, REL5, 27218
34320, REL7, 13929
14270, REL5, 36542
14270, REL5, 6289
14270, in_language, 6289
14270, REL8, 36542
Question: For what reason are ENT10083 and ENT12351 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT10083", "ENT12351"], "valid_edges": [["ENT3274", "REL5", "ENT31532"], ["ENT3274", "in_language", "ENT31532"], ["ENT3274", "REL8", "ENT12351"], ["ENT9029", "REL7", "ENT195"], ["ENT9029", "REL8", "BOJANA NOVAKOVIC"], ["ENT10083", "REL5", "ENT24310"], ["ENT10083", "REL7", "ENT195"], ["ENT10083", "REL8", "BOJANA NOVAKOVIC"], ["ENT11025", "REL5", "ENT31532"], ["ENT11025", "in_language", "ENT31532"], ["ENT11025", "REL7", "ENT195"], ["ENT11025", "REL8", "ENT12351"], ["LETTERS TO JULIET", "REL7", "ENT195"], ["LETTERS TO JULIET", "REL8", "ENT12351"], ["ENT29518", "in_language", "ENT31532"], ["ENT29518", "REL8", "ENT12351"], ["ENT30790", "REL5", "ENT24310"], ["ENT30790", "REL7", "ENT195"], ["ENT39768", "REL5", "ENT12351"], ["ENT39768", "REL5", "ENT31532"], ["ENT39768", "in_language", "ENT31532"], ["ENT39768", "REL8", "ENT12351"]]}
|
metaqa
|
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
27112, ENT127
31212, ENT149
22337, LA NOTTE
19053, ENT20911
24262, ENT38222
src, edge_attr, dst
22337, REL7, 27112
19053, REL7, 27112
19053, REL7, 31212
24262, REL7, 31212
Question: How are LA NOTTE and ENT38222 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["LA NOTTE", "ENT38222"], "valid_edges": [["LA NOTTE", "REL7", "ENT127"], ["ENT20911", "REL7", "ENT127"], ["ENT20911", "REL7", "ENT149"], ["ENT38222", "REL7", "ENT149"]]}
|
metaqa
|
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
10158, ENT6317
977, ENT9307
26049, ENT13834
7243, ENT27014
7735, ENT28056
src, edge_attr, dst
10158, has_genre, 977
10158, REL8, 26049
7735, REL1, 7243
7735, has_genre, 977
7735, REL9, 7243
Question: In what context are ENT13834 and ENT27014 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT13834", "ENT27014"], "valid_edges": [["ENT6317", "has_genre", "ENT9307"], ["ENT6317", "REL8", "ENT13834"], ["ENT28056", "REL1", "ENT27014"], ["ENT28056", "has_genre", "ENT9307"], ["ENT28056", "REL9", "ENT27014"]]}
|
metaqa
|
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
32253, C.D. PAYNE
17148, ENT7161
28294, SLIM SUSIE
19389, YOUTH IN REVOLT
src, edge_attr, dst
28294, has_genre, 17148
19389, has_genre, 17148
19389, REL9, 32253
Question: For what reason are C.D. PAYNE and SLIM SUSIE associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["C.D. PAYNE", "SLIM SUSIE"], "valid_edges": [["SLIM SUSIE", "has_genre", "ENT7161"], ["YOUTH IN REVOLT", "has_genre", "ENT7161"], ["YOUTH IN REVOLT", "REL9", "C.D. PAYNE"]]}
|
metaqa
|
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
13583, 2007
36878, ENT3062
23435, ENT3604
27568, ENT4582
21752, CALIFORNIA DREAMIN'
1044, HEAVY METAL IN BAGHDAD
17129, ENT20738
1342, ENT26637
25734, ENT28034
5684, ENT30606
26166, ENT32209
29980, SYDNEY WHITE
21956, TALI-IHANTALA 1944
32687, ENT32916
14814, THE COUNTERFEITERS
6864, ENT36581
38951, ENT38094
19608, ENT38813
src, edge_attr, dst
36878, REL5, 19608
36878, REL7, 13583
23435, has_genre, 19608
23435, REL7, 13583
27568, has_genre, 19608
27568, REL7, 13583
21752, has_genre, 19608
21752, REL7, 13583
1044, has_genre, 19608
1044, REL7, 13583
17129, has_genre, 19608
17129, REL7, 13583
1342, REL5, 19608
1342, REL7, 13583
25734, has_genre, 19608
25734, REL7, 13583
5684, has_genre, 19608
5684, REL7, 13583
26166, has_genre, 19608
29980, REL7, 13583
21956, has_genre, 19608
21956, REL7, 13583
32687, has_genre, 19608
32687, REL7, 13583
14814, has_genre, 19608
14814, REL7, 13583
6864, REL5, 19608
6864, REL7, 13583
38951, has_genre, 19608
38951, REL7, 13583
19608, REL7, 13583
Question: How are ENT32209 and SYDNEY WHITE related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT32209", "SYDNEY WHITE"], "valid_edges": [["ENT3062", "REL5", "ENT38813"], ["ENT3062", "REL7", "2007"], ["ENT3604", "has_genre", "ENT38813"], ["ENT3604", "REL7", "2007"], ["ENT4582", "has_genre", "ENT38813"], ["ENT4582", "REL7", "2007"], ["CALIFORNIA DREAMIN'", "has_genre", "ENT38813"], ["CALIFORNIA DREAMIN'", "REL7", "2007"], ["HEAVY METAL IN BAGHDAD", "has_genre", "ENT38813"], ["HEAVY METAL IN BAGHDAD", "REL7", "2007"], ["ENT20738", "has_genre", "ENT38813"], ["ENT20738", "REL7", "2007"], ["ENT26637", "REL5", "ENT38813"], ["ENT26637", "REL7", "2007"], ["ENT28034", "has_genre", "ENT38813"], ["ENT28034", "REL7", "2007"], ["ENT30606", "has_genre", "ENT38813"], ["ENT30606", "REL7", "2007"], ["ENT32209", "has_genre", "ENT38813"], ["SYDNEY WHITE", "REL7", "2007"], ["TALI-IHANTALA 1944", "has_genre", "ENT38813"], ["TALI-IHANTALA 1944", "REL7", "2007"], ["ENT32916", "has_genre", "ENT38813"], ["ENT32916", "REL7", "2007"], ["THE COUNTERFEITERS", "has_genre", "ENT38813"], ["THE COUNTERFEITERS", "REL7", "2007"], ["ENT36581", "REL5", "ENT38813"], ["ENT36581", "REL7", "2007"], ["ENT38094", "has_genre", "ENT38813"], ["ENT38094", "REL7", "2007"], ["ENT38813", "REL7", "2007"]]}
|
metaqa
|
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
488, ADVENTURE
6906, ENT8028
17188, ENT8208
38539, ENT20286
16368, ENT31626
src, edge_attr, dst
38539, has_genre, 488
38539, REL5, 488
38539, REL8, 17188
16368, has_genre, 488
16368, REL5, 6906
Question: How are ENT8028 and ENT8208 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT8028", "ENT8208"], "valid_edges": [["ENT20286", "has_genre", "ADVENTURE"], ["ENT20286", "REL5", "ADVENTURE"], ["ENT20286", "REL8", "ENT8208"], ["ENT31626", "has_genre", "ADVENTURE"], ["ENT31626", "REL5", "ENT8028"]]}
|
metaqa
|
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
37792, ENT136
488, ADVENTURE
16766, GLORIA KATZ
8625, ENT14885
13423, ENT15412
38464, ENT33236
8204, ENT35668
34296, ENT37730
13899, ENT39344
src, edge_attr, dst
8625, REL1, 13899
8625, has_genre, 488
8625, REL9, 16766
8625, REL9, 13899
13423, has_genre, 488
13423, REL5, 488
13423, REL9, 16766
13423, REL9, 13899
38464, has_genre, 488
38464, REL7, 37792
8204, has_genre, 488
8204, REL7, 37792
34296, has_genre, 488
34296, REL7, 37792
Question: In what context are ENT136 and ENT39344 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT136", "ENT39344"], "valid_edges": [["ENT14885", "REL1", "ENT39344"], ["ENT14885", "has_genre", "ADVENTURE"], ["ENT14885", "REL9", "GLORIA KATZ"], ["ENT14885", "REL9", "ENT39344"], ["ENT15412", "has_genre", "ADVENTURE"], ["ENT15412", "REL5", "ADVENTURE"], ["ENT15412", "REL9", "GLORIA KATZ"], ["ENT15412", "REL9", "ENT39344"], ["ENT33236", "has_genre", "ADVENTURE"], ["ENT33236", "REL7", "ENT136"], ["ENT35668", "has_genre", "ADVENTURE"], ["ENT35668", "REL7", "ENT136"], ["ENT37730", "has_genre", "ADVENTURE"], ["ENT37730", "REL7", "ENT136"]]}
|
metaqa
|
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
8863, ENT8010
22947, ENT14843
22700, ENT20497
9820, ENT27340
4871, ENT30448
15940, ENT38476
src, edge_attr, dst
22947, REL5, 4871
22947, REL5, 15940
22700, REL5, 8863
22700, REL5, 4871
22700, REL8, 8863
9820, REL5, 8863
9820, REL5, 4871
9820, REL8, 8863
Question: For what reason are ENT20497 and ENT38476 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT20497", "ENT38476"], "valid_edges": [["ENT14843", "REL5", "ENT30448"], ["ENT14843", "REL5", "ENT38476"], ["ENT20497", "REL5", "ENT8010"], ["ENT20497", "REL5", "ENT30448"], ["ENT20497", "REL8", "ENT8010"], ["ENT27340", "REL5", "ENT8010"], ["ENT27340", "REL5", "ENT30448"], ["ENT27340", "REL8", "ENT8010"]]}
|
metaqa
|
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
25219, ENT3783
16661, ENT9752
22741, ENT20923
13830, ENT26026
1813, ENT34109
src, edge_attr, dst
25219, has_genre, 16661
25219, REL5, 22741
25219, in_language, 13830
22741, has_genre, 16661
1813, has_genre, 16661
Question: In what context are ENT26026 and ENT34109 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT26026", "ENT34109"], "valid_edges": [["ENT3783", "has_genre", "ENT9752"], ["ENT3783", "REL5", "ENT20923"], ["ENT3783", "in_language", "ENT26026"], ["ENT20923", "has_genre", "ENT9752"], ["ENT34109", "has_genre", "ENT9752"]]}
|
metaqa
|
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
22660, ENT3346
26386, ENT5546
29949, ENT16435
10189, VAN
30377, ENT40052
src, edge_attr, dst
26386, in_language, 29949
26386, REL8, 10189
30377, REL1, 22660
30377, in_language, 29949
30377, REL9, 22660
Question: In what context are ENT3346 and VAN connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT3346", "VAN"], "valid_edges": [["ENT5546", "in_language", "ENT16435"], ["ENT5546", "REL8", "VAN"], ["ENT40052", "REL1", "ENT3346"], ["ENT40052", "in_language", "ENT16435"], ["ENT40052", "REL9", "ENT3346"]]}
|
metaqa
|
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
21207, ENT2035
29088, ENT12156
30174, KEVIN SORBO
11798, ENT27325
26102, ENT39031
src, edge_attr, dst
21207, in_language, 29088
11798, has_genre, 26102
11798, REL8, 30174
26102, in_language, 29088
Question: In what context are ENT2035 and KEVIN SORBO connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT2035", "KEVIN SORBO"], "valid_edges": [["ENT2035", "in_language", "ENT12156"], ["ENT27325", "has_genre", "ENT39031"], ["ENT27325", "REL8", "KEVIN SORBO"], ["ENT39031", "in_language", "ENT12156"]]}
|
metaqa
|
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
12190, ENT184
13357, ENT1802
21153, ENT4492
36474, ENT15445
21845, ENT36641
src, edge_attr, dst
36474, REL5, 21153
36474, REL5, 36474
36474, REL7, 12190
21845, REL5, 13357
21845, REL7, 12190
Question: How are ENT1802 and ENT4492 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT1802", "ENT4492"], "valid_edges": [["ENT15445", "REL5", "ENT4492"], ["ENT15445", "REL5", "ENT15445"], ["ENT15445", "REL7", "ENT184"], ["ENT36641", "REL5", "ENT1802"], ["ENT36641", "REL7", "ENT184"]]}
|
metaqa
|
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
24770, ENT166
25917, ENT1875
40121, ASSAULT ON PRECINCT 13
31246, ENT3272
27070, ENT4821
19498, ENT5283
28861, CONSPIRACY THEORY
16721, CUBE
26606, ENT7865
3537, ENT8128
22454, ENT8626
26045, ENT12275
34700, ENT15203
6706, ENT15461
30508, ENT19555
34807, ENT19557
23246, ENT21034
15913, LOVE WALKED IN
3189, MAD CITY
22877, ENT25110
20418, ENT25682
27855, ENT30576
39999, ENT32202
34366, ENT32614
34451, THE ASSIGNMENT
17209, THE GAME
22993, ENT35632
6512, ENT37036
20045, TRESPASS
17037, ENT37912
src, edge_attr, dst
25917, has_genre, 6512
25917, REL7, 24770
40121, has_genre, 6512
40121, REL8, 3537
31246, has_genre, 6512
31246, REL7, 24770
27070, REL5, 6512
27070, REL7, 24770
19498, has_genre, 6512
19498, REL7, 24770
28861, REL5, 6512
28861, REL7, 24770
16721, has_genre, 6512
16721, REL5, 6512
16721, REL7, 24770
26606, has_genre, 6512
26606, REL7, 24770
26606, REL8, 34700
22454, has_genre, 6512
22454, REL7, 24770
26045, has_genre, 6512
26045, REL5, 6512
26045, REL7, 24770
6706, has_genre, 6512
6706, REL7, 24770
30508, has_genre, 6512
30508, REL7, 24770
34807, REL5, 6512
34807, REL7, 24770
23246, has_genre, 6512
23246, REL7, 24770
15913, has_genre, 6512
15913, REL7, 24770
3189, has_genre, 6512
3189, REL7, 24770
22877, has_genre, 6512
22877, REL7, 24770
20418, has_genre, 6512
20418, REL7, 24770
27855, has_genre, 6512
27855, REL7, 24770
39999, has_genre, 6512
39999, REL7, 24770
34366, has_genre, 6512
34366, REL7, 24770
34451, has_genre, 6512
34451, REL7, 24770
17209, has_genre, 6512
17209, REL5, 6512
17209, REL7, 24770
22993, has_genre, 6512
22993, REL7, 24770
20045, has_genre, 6512
20045, REL8, 34700
17037, has_genre, 6512
17037, REL7, 24770
Question: For what reason are ENT7865 and ENT8128 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT7865", "ENT8128"], "valid_edges": [["ENT1875", "has_genre", "ENT37036"], ["ENT1875", "REL7", "ENT166"], ["ASSAULT ON PRECINCT 13", "has_genre", "ENT37036"], ["ASSAULT ON PRECINCT 13", "REL8", "ENT8128"], ["ENT3272", "has_genre", "ENT37036"], ["ENT3272", "REL7", "ENT166"], ["ENT4821", "REL5", "ENT37036"], ["ENT4821", "REL7", "ENT166"], ["ENT5283", "has_genre", "ENT37036"], ["ENT5283", "REL7", "ENT166"], ["CONSPIRACY THEORY", "REL5", "ENT37036"], ["CONSPIRACY THEORY", "REL7", "ENT166"], ["CUBE", "has_genre", "ENT37036"], ["CUBE", "REL5", "ENT37036"], ["CUBE", "REL7", "ENT166"], ["ENT7865", "has_genre", "ENT37036"], ["ENT7865", "REL7", "ENT166"], ["ENT7865", "REL8", "ENT15203"], ["ENT8626", "has_genre", "ENT37036"], ["ENT8626", "REL7", "ENT166"], ["ENT12275", "has_genre", "ENT37036"], ["ENT12275", "REL5", "ENT37036"], ["ENT12275", "REL7", "ENT166"], ["ENT15461", "has_genre", "ENT37036"], ["ENT15461", "REL7", "ENT166"], ["ENT19555", "has_genre", "ENT37036"], ["ENT19555", "REL7", "ENT166"], ["ENT19557", "REL5", "ENT37036"], ["ENT19557", "REL7", "ENT166"], ["ENT21034", "has_genre", "ENT37036"], ["ENT21034", "REL7", "ENT166"], ["LOVE WALKED IN", "has_genre", "ENT37036"], ["LOVE WALKED IN", "REL7", "ENT166"], ["MAD CITY", "has_genre", "ENT37036"], ["MAD CITY", "REL7", "ENT166"], ["ENT25110", "has_genre", "ENT37036"], ["ENT25110", "REL7", "ENT166"], ["ENT25682", "has_genre", "ENT37036"], ["ENT25682", "REL7", "ENT166"], ["ENT30576", "has_genre", "ENT37036"], ["ENT30576", "REL7", "ENT166"], ["ENT32202", "has_genre", "ENT37036"], ["ENT32202", "REL7", "ENT166"], ["ENT32614", "has_genre", "ENT37036"], ["ENT32614", "REL7", "ENT166"], ["THE ASSIGNMENT", "has_genre", "ENT37036"], ["THE ASSIGNMENT", "REL7", "ENT166"], ["THE GAME", "has_genre", "ENT37036"], ["THE GAME", "REL5", "ENT37036"], ["THE GAME", "REL7", "ENT166"], ["ENT35632", "has_genre", "ENT37036"], ["ENT35632", "REL7", "ENT166"], ["TRESPASS", "has_genre", "ENT37036"], ["TRESPASS", "REL8", "ENT15203"], ["ENT37912", "has_genre", "ENT37036"], ["ENT37912", "REL7", "ENT166"]]}
|
metaqa
|
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
12014, ENT120
29817, ENT226
22678, ENT334
14235, ENT351
22395, ENT400
13626, ENT501
35593, ENT567
36223, A SHINE OF RAINBOWS
25548, ENT823
5633, ENT1128
11161, ENT2286
17669, ENT2656
34963, APARAJITO
36857, ENT2719
4213, BABY TAKE A BOW
19032, ENT3267
26322, BEFORE THE RAINS
35543, ENT3799
7621, ENT3800
36912, ENT4734
24634, CAT ON A HOT TIN ROOF
21484, ENT6231
14254, ENT6343
40029, ENT6774
12357, ENT6933
29968, ENT7231
284, ENT8701
8201, ENT9209
8577, ENT9347
16661, ENT9752
18965, DREAMS
18545, EARTH
582, ENT10201
13260, ENT11222
35024, ENT11442
39284, ENT11629
23712, FLY AWAY HOME
5406, ENT12141
29819, GANDHI
3732, ENT13846
35286, ENT14183
37413, ENT14211
34036, ENT14225
36537, ENT14391
19450, ENT14431
26106, ENT14763
18981, HOW GREEN WAS MY VALLEY
38563, ENT15403
37982, ENT15692
16691, ENT15706
33522, ENT17355
3333, ENT18785
141, ENT19830
8274, ENT20601
32097, ENT20811
6499, ENT20812
4988, ENT20830
7122, ENT21156
22666, ENT21168
22948, ENT22434
27251, ENT23917
25515, ENT24104
319, ENT25376
11349, ENT25768
1730, PARENTHOOD
26890, PATHER PANCHALI
22321, ENT27051
2538, ENT27304
17664, ENT27366
27767, ENT27451
36160, ENT27567
16180, ENT27571
26526, ENT27987
29756, ENT28383
12482, ENT30091
36418, SAVANNAH
27095, ENT30136
19310, SHILOH
19573, ENT31238
32366, ENT32361
24662, SYNECDOCHE, NEW YORK
36539, THE BEST EXOTIC MARIGOLD HOTEL
940, THE BRIDGE TO NOWHERE
9047, ENT33659
17520, ENT33819
23619, THE COUNTERFEIT COIN
23075, ENT34071
30819, ENT34167
15425, ENT34235
3357, ENT34500
7573, ENT34725
29487, ENT35042
34355, ENT35099
20079, ENT35128
34760, ENT35274
19662, ENT35278
18263, THE PHENIX CITY STORY
8447, ENT35713
27573, THE PRISONER
36454, ENT35837
24800, ENT35918
32586, THE ROSE TATTOO
38032, THE SEA CHASE
22135, ENT36035
32810, THE SILVER BRUMBY
33602, ENT36239
16998, ENT36546
24490, ENT36678
28129, ENT36721
35582, THE YEARLING
28883, ENT37796
11275, TRISHNA
22508, ENT38546
1647, ENT38915
29785, ENT39138
29014, ENT39238
7521, ENT39599
1723, YOU CAN COUNT ON ME
src, edge_attr, dst
29817, has_genre, 16661
29817, REL5, 38563
22678, has_genre, 16661
22678, REL5, 8201
14235, has_genre, 16661
14235, has_genre, 13260
22395, has_genre, 16661
22395, has_genre, 13260
13626, has_genre, 16661
13626, REL7, 12014
35593, has_genre, 16661
35593, REL5, 13260
36223, has_genre, 16661
36223, has_genre, 13260
25548, has_genre, 16661
25548, has_genre, 13260
5633, has_genre, 16661
5633, in_language, 35543
11161, has_genre, 16661
11161, has_genre, 13260
17669, has_genre, 16661
17669, REL5, 8201
34963, REL1, 12482
34963, has_genre, 16661
34963, REL5, 36857
34963, REL5, 38563
34963, REL5, 12482
34963, REL5, 28883
34963, in_language, 35543
34963, REL9, 12482
4213, has_genre, 16661
4213, has_genre, 13260
19032, has_genre, 16661
19032, REL5, 8201
26322, has_genre, 16661
26322, REL5, 38563
7621, has_genre, 16661
7621, REL7, 12014
36912, has_genre, 16661
36912, REL5, 8201
36912, REL5, 16661
24634, has_genre, 16661
24634, REL5, 13260
21484, REL1, 12482
21484, has_genre, 16661
21484, REL5, 12482
21484, in_language, 35543
21484, REL9, 12482
14254, has_genre, 16661
14254, has_genre, 13260
40029, has_genre, 16661
40029, REL5, 38563
12357, has_genre, 16661
12357, REL5, 13260
29968, has_genre, 13260
29968, REL5, 16661
284, has_genre, 16661
284, REL7, 12014
8577, has_genre, 16661
8577, has_genre, 13260
8577, REL5, 13260
18965, has_genre, 16661
18965, REL7, 12014
18545, has_genre, 16661
18545, REL5, 38563
582, has_genre, 16661
582, REL5, 13260
35024, has_genre, 16661
35024, has_genre, 13260
39284, has_genre, 16661
39284, REL7, 12014
23712, has_genre, 16661
23712, has_genre, 13260
5406, has_genre, 16661
5406, has_genre, 13260
5406, REL5, 13260
29819, has_genre, 16661
29819, REL5, 38563
3732, has_genre, 16661
3732, REL5, 13260
35286, has_genre, 16661
35286, REL5, 38563
37413, has_genre, 16661
37413, REL5, 8201
34036, has_genre, 16661
34036, REL5, 8201
36537, has_genre, 16661
36537, REL5, 8201
19450, has_genre, 16661
19450, has_genre, 13260
26106, has_genre, 16661
26106, REL5, 16661
26106, REL5, 13260
18981, has_genre, 16661
18981, has_genre, 13260
37982, has_genre, 16661
37982, has_genre, 13260
16691, has_genre, 16661
16691, has_genre, 13260
16691, REL5, 16661
16691, REL5, 13260
3333, has_genre, 16661
3333, REL5, 13260
141, has_genre, 16661
141, REL7, 12014
8274, has_genre, 16661
8274, REL5, 38563
32097, has_genre, 16661
32097, has_genre, 13260
6499, has_genre, 16661
6499, REL5, 8201
4988, has_genre, 16661
4988, has_genre, 13260
4988, REL5, 16661
7122, has_genre, 16661
7122, REL7, 12014
22666, has_genre, 16661
22666, REL7, 12014
22948, has_genre, 16661
22948, REL7, 12014
27251, has_genre, 16661
27251, REL7, 12014
25515, has_genre, 16661
25515, REL7, 12014
319, has_genre, 16661
319, REL7, 12014
11349, has_genre, 16661
11349, REL5, 13260
1730, has_genre, 16661
1730, REL5, 13260
26890, REL1, 12482
26890, has_genre, 16661
26890, REL5, 36857
26890, REL5, 8201
26890, REL5, 13260
26890, REL5, 38563
26890, REL5, 2538
26890, REL5, 12482
26890, REL5, 28883
26890, in_language, 35543
26890, REL7, 12014
26890, REL9, 12482
22321, has_genre, 16661
22321, REL7, 12014
17664, has_genre, 16661
17664, REL5, 27767
27767, REL1, 33522
27767, has_genre, 16661
36160, has_genre, 16661
36160, REL5, 8201
16180, has_genre, 16661
16180, REL7, 12014
26526, has_genre, 16661
26526, REL7, 12014
29756, has_genre, 16661
29756, REL7, 12014
36418, has_genre, 16661
36418, has_genre, 13260
27095, has_genre, 16661
27095, REL5, 8201
19310, has_genre, 16661
19310, has_genre, 13260
19573, has_genre, 16661
19573, REL5, 16661
19573, REL5, 38563
32366, has_genre, 16661
32366, has_genre, 13260
24662, has_genre, 16661
24662, REL5, 8201
36539, has_genre, 16661
36539, REL5, 38563
940, has_genre, 16661
940, REL5, 8201
9047, has_genre, 16661
9047, REL5, 13260
17520, has_genre, 16661
17520, REL7, 12014
23619, has_genre, 16661
23619, REL7, 12014
23075, has_genre, 16661
23075, has_genre, 13260
30819, has_genre, 16661
30819, REL7, 12014
15425, has_genre, 16661
15425, REL5, 16661
15425, REL5, 13260
3357, has_genre, 16661
3357, REL7, 12014
7573, has_genre, 16661
7573, has_genre, 13260
29487, has_genre, 16661
29487, REL7, 12014
34355, has_genre, 16661
34355, has_genre, 13260
20079, has_genre, 16661
20079, REL7, 12014
34760, has_genre, 16661
34760, REL7, 12014
19662, has_genre, 16661
19662, REL5, 8201
19662, REL5, 16661
18263, has_genre, 16661
18263, REL7, 12014
8447, has_genre, 16661
8447, REL5, 38563
27573, has_genre, 16661
27573, REL7, 12014
36454, has_genre, 16661
36454, REL7, 12014
24800, has_genre, 16661
24800, REL5, 38563
32586, has_genre, 16661
32586, REL7, 12014
38032, has_genre, 16661
38032, REL7, 12014
22135, has_genre, 16661
22135, REL5, 8201
32810, has_genre, 16661
32810, has_genre, 13260
33602, has_genre, 16661
33602, has_genre, 13260
33602, REL5, 13260
16998, has_genre, 16661
16998, REL7, 12014
24490, has_genre, 16661
24490, REL5, 13260
28129, REL1, 12482
28129, has_genre, 16661
28129, REL5, 36857
28129, REL5, 38563
28129, REL5, 12482
28129, in_language, 35543
28129, REL9, 12482
35582, has_genre, 16661
35582, has_genre, 13260
11275, has_genre, 16661
11275, REL5, 38563
22508, has_genre, 16661
22508, REL7, 12014
1647, has_genre, 16661
1647, has_genre, 13260
1647, REL5, 13260
29785, has_genre, 16661
29785, REL5, 8201
29014, has_genre, 16661
29014, has_genre, 13260
7521, has_genre, 16661
7521, REL5, 16661
7521, REL5, 2538
1723, has_genre, 16661
1723, REL5, 13260
Question: In what context are ENT17355 and PATHER PANCHALI connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT17355", "PATHER PANCHALI"], "valid_edges": [["ENT226", "has_genre", "ENT9752"], ["ENT226", "REL5", "ENT15403"], ["ENT334", "has_genre", "ENT9752"], ["ENT334", "REL5", "ENT9209"], ["ENT351", "has_genre", "ENT9752"], ["ENT351", "has_genre", "ENT11222"], ["ENT400", "has_genre", "ENT9752"], ["ENT400", "has_genre", "ENT11222"], ["ENT501", "has_genre", "ENT9752"], ["ENT501", "REL7", "ENT120"], ["ENT567", "has_genre", "ENT9752"], ["ENT567", "REL5", "ENT11222"], ["A SHINE OF RAINBOWS", "has_genre", "ENT9752"], ["A SHINE OF RAINBOWS", "has_genre", "ENT11222"], ["ENT823", "has_genre", "ENT9752"], ["ENT823", "has_genre", "ENT11222"], ["ENT1128", "has_genre", "ENT9752"], ["ENT1128", "in_language", "ENT3799"], ["ENT2286", "has_genre", "ENT9752"], ["ENT2286", "has_genre", "ENT11222"], ["ENT2656", "has_genre", "ENT9752"], ["ENT2656", "REL5", "ENT9209"], ["APARAJITO", "REL1", "ENT30091"], ["APARAJITO", "has_genre", "ENT9752"], ["APARAJITO", "REL5", "ENT2719"], ["APARAJITO", "REL5", "ENT15403"], ["APARAJITO", "REL5", "ENT30091"], ["APARAJITO", "REL5", "ENT37796"], ["APARAJITO", "in_language", "ENT3799"], ["APARAJITO", "REL9", "ENT30091"], ["BABY TAKE A BOW", "has_genre", "ENT9752"], ["BABY TAKE A BOW", "has_genre", "ENT11222"], ["ENT3267", "has_genre", "ENT9752"], ["ENT3267", "REL5", "ENT9209"], ["BEFORE THE RAINS", "has_genre", "ENT9752"], ["BEFORE THE RAINS", "REL5", "ENT15403"], ["ENT3800", "has_genre", "ENT9752"], ["ENT3800", "REL7", "ENT120"], ["ENT4734", "has_genre", "ENT9752"], ["ENT4734", "REL5", "ENT9209"], ["ENT4734", "REL5", "ENT9752"], ["CAT ON A HOT TIN ROOF", "has_genre", "ENT9752"], ["CAT ON A HOT TIN ROOF", "REL5", "ENT11222"], ["ENT6231", "REL1", "ENT30091"], ["ENT6231", "has_genre", "ENT9752"], ["ENT6231", "REL5", "ENT30091"], ["ENT6231", "in_language", "ENT3799"], ["ENT6231", "REL9", "ENT30091"], ["ENT6343", "has_genre", "ENT9752"], ["ENT6343", "has_genre", "ENT11222"], ["ENT6774", "has_genre", "ENT9752"], ["ENT6774", "REL5", "ENT15403"], ["ENT6933", "has_genre", "ENT9752"], ["ENT6933", "REL5", "ENT11222"], ["ENT7231", "has_genre", "ENT11222"], ["ENT7231", "REL5", "ENT9752"], ["ENT8701", "has_genre", "ENT9752"], ["ENT8701", "REL7", "ENT120"], ["ENT9347", "has_genre", "ENT9752"], ["ENT9347", "has_genre", "ENT11222"], ["ENT9347", "REL5", "ENT11222"], ["DREAMS", "has_genre", "ENT9752"], ["DREAMS", "REL7", "ENT120"], ["EARTH", "has_genre", "ENT9752"], ["EARTH", "REL5", "ENT15403"], ["ENT10201", "has_genre", "ENT9752"], ["ENT10201", "REL5", "ENT11222"], ["ENT11442", "has_genre", "ENT9752"], ["ENT11442", "has_genre", "ENT11222"], ["ENT11629", "has_genre", "ENT9752"], ["ENT11629", "REL7", "ENT120"], ["FLY AWAY HOME", "has_genre", "ENT9752"], ["FLY AWAY HOME", "has_genre", "ENT11222"], ["ENT12141", "has_genre", "ENT9752"], ["ENT12141", "has_genre", "ENT11222"], ["ENT12141", "REL5", "ENT11222"], ["GANDHI", "has_genre", "ENT9752"], ["GANDHI", "REL5", "ENT15403"], ["ENT13846", "has_genre", "ENT9752"], ["ENT13846", "REL5", "ENT11222"], ["ENT14183", "has_genre", "ENT9752"], ["ENT14183", "REL5", "ENT15403"], ["ENT14211", "has_genre", "ENT9752"], ["ENT14211", "REL5", "ENT9209"], ["ENT14225", "has_genre", "ENT9752"], ["ENT14225", "REL5", "ENT9209"], ["ENT14391", "has_genre", "ENT9752"], ["ENT14391", "REL5", "ENT9209"], ["ENT14431", "has_genre", "ENT9752"], ["ENT14431", "has_genre", "ENT11222"], ["ENT14763", "has_genre", "ENT9752"], ["ENT14763", "REL5", "ENT9752"], ["ENT14763", "REL5", "ENT11222"], ["HOW GREEN WAS MY VALLEY", "has_genre", "ENT9752"], ["HOW GREEN WAS MY VALLEY", "has_genre", "ENT11222"], ["ENT15692", "has_genre", "ENT9752"], ["ENT15692", "has_genre", "ENT11222"], ["ENT15706", "has_genre", "ENT9752"], ["ENT15706", "has_genre", "ENT11222"], ["ENT15706", "REL5", "ENT9752"], ["ENT15706", "REL5", "ENT11222"], ["ENT18785", "has_genre", "ENT9752"], ["ENT18785", "REL5", "ENT11222"], ["ENT19830", "has_genre", "ENT9752"], ["ENT19830", "REL7", "ENT120"], ["ENT20601", "has_genre", "ENT9752"], ["ENT20601", "REL5", "ENT15403"], ["ENT20811", "has_genre", "ENT9752"], ["ENT20811", "has_genre", "ENT11222"], ["ENT20812", "has_genre", "ENT9752"], ["ENT20812", "REL5", "ENT9209"], ["ENT20830", "has_genre", "ENT9752"], ["ENT20830", "has_genre", "ENT11222"], ["ENT20830", "REL5", "ENT9752"], ["ENT21156", "has_genre", "ENT9752"], ["ENT21156", "REL7", "ENT120"], ["ENT21168", "has_genre", "ENT9752"], ["ENT21168", "REL7", "ENT120"], ["ENT22434", "has_genre", "ENT9752"], ["ENT22434", "REL7", "ENT120"], ["ENT23917", "has_genre", "ENT9752"], ["ENT23917", "REL7", "ENT120"], ["ENT24104", "has_genre", "ENT9752"], ["ENT24104", "REL7", "ENT120"], ["ENT25376", "has_genre", "ENT9752"], ["ENT25376", "REL7", "ENT120"], ["ENT25768", "has_genre", "ENT9752"], ["ENT25768", "REL5", "ENT11222"], ["PARENTHOOD", "has_genre", "ENT9752"], ["PARENTHOOD", "REL5", "ENT11222"], ["PATHER PANCHALI", "REL1", "ENT30091"], ["PATHER PANCHALI", "has_genre", "ENT9752"], ["PATHER PANCHALI", "REL5", "ENT2719"], ["PATHER PANCHALI", "REL5", "ENT9209"], ["PATHER PANCHALI", "REL5", "ENT11222"], ["PATHER PANCHALI", "REL5", "ENT15403"], ["PATHER PANCHALI", "REL5", "ENT27304"], ["PATHER PANCHALI", "REL5", "ENT30091"], ["PATHER PANCHALI", "REL5", "ENT37796"], ["PATHER PANCHALI", "in_language", "ENT3799"], ["PATHER PANCHALI", "REL7", "ENT120"], ["PATHER PANCHALI", "REL9", "ENT30091"], ["ENT27051", "has_genre", "ENT9752"], ["ENT27051", "REL7", "ENT120"], ["ENT27366", "has_genre", "ENT9752"], ["ENT27366", "REL5", "ENT27451"], ["ENT27451", "REL1", "ENT17355"], ["ENT27451", "has_genre", "ENT9752"], ["ENT27567", "has_genre", "ENT9752"], ["ENT27567", "REL5", "ENT9209"], ["ENT27571", "has_genre", "ENT9752"], ["ENT27571", "REL7", "ENT120"], ["ENT27987", "has_genre", "ENT9752"], ["ENT27987", "REL7", "ENT120"], ["ENT28383", "has_genre", "ENT9752"], ["ENT28383", "REL7", "ENT120"], ["SAVANNAH", "has_genre", "ENT9752"], ["SAVANNAH", "has_genre", "ENT11222"], ["ENT30136", "has_genre", "ENT9752"], ["ENT30136", "REL5", "ENT9209"], ["SHILOH", "has_genre", "ENT9752"], ["SHILOH", "has_genre", "ENT11222"], ["ENT31238", "has_genre", "ENT9752"], ["ENT31238", "REL5", "ENT9752"], ["ENT31238", "REL5", "ENT15403"], ["ENT32361", "has_genre", "ENT9752"], ["ENT32361", "has_genre", "ENT11222"], ["SYNECDOCHE, NEW YORK", "has_genre", "ENT9752"], ["SYNECDOCHE, NEW YORK", "REL5", "ENT9209"], ["THE BEST EXOTIC MARIGOLD HOTEL", "has_genre", "ENT9752"], ["THE BEST EXOTIC MARIGOLD HOTEL", "REL5", "ENT15403"], ["THE BRIDGE TO NOWHERE", "has_genre", "ENT9752"], ["THE BRIDGE TO NOWHERE", "REL5", "ENT9209"], ["ENT33659", "has_genre", "ENT9752"], ["ENT33659", "REL5", "ENT11222"], ["ENT33819", "has_genre", "ENT9752"], ["ENT33819", "REL7", "ENT120"], ["THE COUNTERFEIT COIN", "has_genre", "ENT9752"], ["THE COUNTERFEIT COIN", "REL7", "ENT120"], ["ENT34071", "has_genre", "ENT9752"], ["ENT34071", "has_genre", "ENT11222"], ["ENT34167", "has_genre", "ENT9752"], ["ENT34167", "REL7", "ENT120"], ["ENT34235", "has_genre", "ENT9752"], ["ENT34235", "REL5", "ENT9752"], ["ENT34235", "REL5", "ENT11222"], ["ENT34500", "has_genre", "ENT9752"], ["ENT34500", "REL7", "ENT120"], ["ENT34725", "has_genre", "ENT9752"], ["ENT34725", "has_genre", "ENT11222"], ["ENT35042", "has_genre", "ENT9752"], ["ENT35042", "REL7", "ENT120"], ["ENT35099", "has_genre", "ENT9752"], ["ENT35099", "has_genre", "ENT11222"], ["ENT35128", "has_genre", "ENT9752"], ["ENT35128", "REL7", "ENT120"], ["ENT35274", "has_genre", "ENT9752"], ["ENT35274", "REL7", "ENT120"], ["ENT35278", "has_genre", "ENT9752"], ["ENT35278", "REL5", "ENT9209"], ["ENT35278", "REL5", "ENT9752"], ["THE PHENIX CITY STORY", "has_genre", "ENT9752"], ["THE PHENIX CITY STORY", "REL7", "ENT120"], ["ENT35713", "has_genre", "ENT9752"], ["ENT35713", "REL5", "ENT15403"], ["THE PRISONER", "has_genre", "ENT9752"], ["THE PRISONER", "REL7", "ENT120"], ["ENT35837", "has_genre", "ENT9752"], ["ENT35837", "REL7", "ENT120"], ["ENT35918", "has_genre", "ENT9752"], ["ENT35918", "REL5", "ENT15403"], ["THE ROSE TATTOO", "has_genre", "ENT9752"], ["THE ROSE TATTOO", "REL7", "ENT120"], ["THE SEA CHASE", "has_genre", "ENT9752"], ["THE SEA CHASE", "REL7", "ENT120"], ["ENT36035", "has_genre", "ENT9752"], ["ENT36035", "REL5", "ENT9209"], ["THE SILVER BRUMBY", "has_genre", "ENT9752"], ["THE SILVER BRUMBY", "has_genre", "ENT11222"], ["ENT36239", "has_genre", "ENT9752"], ["ENT36239", "has_genre", "ENT11222"], ["ENT36239", "REL5", "ENT11222"], ["ENT36546", "has_genre", "ENT9752"], ["ENT36546", "REL7", "ENT120"], ["ENT36678", "has_genre", "ENT9752"], ["ENT36678", "REL5", "ENT11222"], ["ENT36721", "REL1", "ENT30091"], ["ENT36721", "has_genre", "ENT9752"], ["ENT36721", "REL5", "ENT2719"], ["ENT36721", "REL5", "ENT15403"], ["ENT36721", "REL5", "ENT30091"], ["ENT36721", "in_language", "ENT3799"], ["ENT36721", "REL9", "ENT30091"], ["THE YEARLING", "has_genre", "ENT9752"], ["THE YEARLING", "has_genre", "ENT11222"], ["TRISHNA", "has_genre", "ENT9752"], ["TRISHNA", "REL5", "ENT15403"], ["ENT38546", "has_genre", "ENT9752"], ["ENT38546", "REL7", "ENT120"], ["ENT38915", "has_genre", "ENT9752"], ["ENT38915", "has_genre", "ENT11222"], ["ENT38915", "REL5", "ENT11222"], ["ENT39138", "has_genre", "ENT9752"], ["ENT39138", "REL5", "ENT9209"], ["ENT39238", "has_genre", "ENT9752"], ["ENT39238", "has_genre", "ENT11222"], ["ENT39599", "has_genre", "ENT9752"], ["ENT39599", "REL5", "ENT9752"], ["ENT39599", "REL5", "ENT27304"], ["YOU CAN COUNT ON ME", "has_genre", "ENT9752"], ["YOU CAN COUNT ON ME", "REL5", "ENT11222"]]}
|
metaqa
|
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
8878, ENT154
20430, ENT4670
20493, CHOPPING MALL
17688, ENT15509
19474, ENT17163
3201, ENT25382
19845, ENT28100
5894, ENT34663
src, edge_attr, dst
20430, REL7, 8878
20493, REL1, 19474
20493, REL7, 8878
20493, REL9, 19474
17688, REL5, 19845
17688, REL7, 8878
3201, REL1, 19474
3201, REL5, 19845
3201, REL9, 19474
5894, REL5, 19845
5894, REL7, 8878
Question: In what context are ENT4670 and ENT25382 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT4670", "ENT25382"], "valid_edges": [["ENT4670", "REL7", "ENT154"], ["CHOPPING MALL", "REL1", "ENT17163"], ["CHOPPING MALL", "REL7", "ENT154"], ["CHOPPING MALL", "REL9", "ENT17163"], ["ENT15509", "REL5", "ENT28100"], ["ENT15509", "REL7", "ENT154"], ["ENT25382", "REL1", "ENT17163"], ["ENT25382", "REL5", "ENT28100"], ["ENT25382", "REL9", "ENT17163"], ["ENT34663", "REL5", "ENT28100"], ["ENT34663", "REL7", "ENT154"]]}
|
metaqa
|
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
30609, ENT353
14800, ENT1887
19032, ENT3267
6023, ENT3421
22696, ENT3569
16631, ENT3633
12681, ENT4314
34753, ENT6850
17148, ENT7161
27896, COYOTE UGLY
12410, ENT9549
16661, ENT9752
18765, EDUCATING RITA
39567, ENT11761
5800, ENT14146
2814, HOLES
37134, ENT14725
29097, HOW TO LOSE A GUY IN 10 DAYS
17537, ENT15688
37982, ENT15692
20540, ENT18142
8138, ENT18772
2737, ENT20057
21093, ENT20584
3596, ENT20589
23155, ENT20880
29795, ENT21568
1931, ENT22556
16687, ENT22584
36430, ENT22809
26554, ENT23034
22690, ENT23548
1730, PARENTHOOD
26412, ENT27058
17664, ENT27366
27762, RAISING HELEN
39870, ENT28203
31541, RISKY BUSINESS
14276, ROMAN HOLIDAY
32033, ENT29259
24791, ENT29760
11125, SAME TIME, NEXT YEAR
12460, ENT30380
27415, SILVER LININGS PLAYBOOK
6631, SOMETHING WILD
11213, SPIN
37429, SPRING BREAK
22931, ENT32936
23010, ENT33080
2826, ENT33292
6200, ENT33400
29300, ENT33419
13910, ENT33479
24450, ENT34265
40070, THE HOLIDAY
29201, ENT34698
18884, ENT34775
30211, ENT35260
31983, ENT35558
14976, THE ROOM
22982, THE SHOP AROUND THE CORNER
35303, ENT36212
34088, ENT37227
34125, ENT38104
35844, ENT38123
34052, ENT39607
src, edge_attr, dst
30609, has_genre, 17148
30609, REL5, 22696
14800, has_genre, 17148
14800, has_genre, 16661
19032, has_genre, 17148
19032, has_genre, 16661
19032, REL5, 17148
6023, has_genre, 17148
6023, has_genre, 16661
16631, has_genre, 17148
16631, REL5, 22696
12681, has_genre, 17148
12681, REL5, 22696
34753, has_genre, 17148
34753, has_genre, 16661
27896, has_genre, 17148
27896, has_genre, 16661
27896, REL5, 17148
12410, has_genre, 17148
12410, has_genre, 16661
18765, has_genre, 17148
18765, has_genre, 16661
39567, has_genre, 16661
39567, REL5, 17148
39567, REL5, 16661
5800, has_genre, 17148
5800, has_genre, 16661
2814, has_genre, 17148
2814, has_genre, 16661
37134, has_genre, 17148
37134, has_genre, 16661
29097, has_genre, 17148
29097, REL5, 17148
29097, REL5, 32033
29097, REL9, 22690
17537, has_genre, 17148
17537, REL5, 22696
37982, has_genre, 17148
37982, has_genre, 16661
20540, has_genre, 17148
20540, has_genre, 16661
8138, has_genre, 17148
8138, has_genre, 16661
2737, has_genre, 17148
2737, has_genre, 16661
21093, has_genre, 17148
21093, has_genre, 16661
21093, REL5, 17148
3596, has_genre, 17148
3596, has_genre, 16661
3596, REL5, 17148
3596, REL5, 16661
23155, has_genre, 17148
23155, has_genre, 16661
29795, has_genre, 17148
29795, has_genre, 16661
1931, has_genre, 17148
1931, has_genre, 16661
16687, has_genre, 17148
16687, has_genre, 16661
16687, REL5, 17148
16687, REL5, 16661
36430, has_genre, 17148
36430, has_genre, 16661
26554, has_genre, 17148
26554, has_genre, 16661
1730, has_genre, 17148
1730, has_genre, 16661
1730, REL5, 17148
26412, has_genre, 17148
26412, has_genre, 16661
17664, has_genre, 17148
17664, has_genre, 16661
17664, REL5, 17148
27762, has_genre, 17148
27762, has_genre, 16661
39870, has_genre, 17148
39870, has_genre, 16661
31541, has_genre, 17148
31541, has_genre, 16661
14276, has_genre, 17148
14276, REL5, 22696
14276, REL5, 17148
32033, has_genre, 17148
24791, has_genre, 17148
24791, has_genre, 16661
24791, REL5, 22696
11125, has_genre, 17148
11125, has_genre, 16661
12460, has_genre, 17148
12460, has_genre, 16661
27415, has_genre, 17148
27415, has_genre, 16661
27415, REL5, 16661
6631, has_genre, 17148
6631, has_genre, 16661
6631, REL5, 22696
11213, has_genre, 17148
11213, has_genre, 16661
37429, has_genre, 17148
37429, REL5, 22696
22931, has_genre, 17148
22931, has_genre, 16661
23010, has_genre, 17148
23010, has_genre, 16661
2826, has_genre, 17148
2826, has_genre, 16661
6200, has_genre, 17148
6200, has_genre, 16661
29300, has_genre, 17148
29300, has_genre, 16661
13910, has_genre, 17148
13910, has_genre, 16661
24450, has_genre, 17148
24450, has_genre, 16661
40070, has_genre, 17148
40070, REL5, 22696
29201, has_genre, 17148
29201, REL5, 22696
18884, has_genre, 17148
18884, REL5, 22696
30211, has_genre, 17148
30211, has_genre, 16661
30211, REL5, 22696
31983, has_genre, 17148
31983, has_genre, 16661
14976, has_genre, 16661
14976, REL5, 17148
22982, has_genre, 17148
22982, REL5, 22696
35303, has_genre, 17148
35303, has_genre, 16661
34088, has_genre, 17148
34088, REL5, 22696
34088, REL5, 17148
34125, has_genre, 17148
34125, has_genre, 16661
34125, REL5, 17148
35844, has_genre, 17148
35844, REL5, 22696
34052, has_genre, 17148
34052, has_genre, 16661
Question: In what context are ENT23548 and SOMETHING WILD connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT23548", "SOMETHING WILD"], "valid_edges": [["ENT353", "has_genre", "ENT7161"], ["ENT353", "REL5", "ENT3569"], ["ENT1887", "has_genre", "ENT7161"], ["ENT1887", "has_genre", "ENT9752"], ["ENT3267", "has_genre", "ENT7161"], ["ENT3267", "has_genre", "ENT9752"], ["ENT3267", "REL5", "ENT7161"], ["ENT3421", "has_genre", "ENT7161"], ["ENT3421", "has_genre", "ENT9752"], ["ENT3633", "has_genre", "ENT7161"], ["ENT3633", "REL5", "ENT3569"], ["ENT4314", "has_genre", "ENT7161"], ["ENT4314", "REL5", "ENT3569"], ["ENT6850", "has_genre", "ENT7161"], ["ENT6850", "has_genre", "ENT9752"], ["COYOTE UGLY", "has_genre", "ENT7161"], ["COYOTE UGLY", "has_genre", "ENT9752"], ["COYOTE UGLY", "REL5", "ENT7161"], ["ENT9549", "has_genre", "ENT7161"], ["ENT9549", "has_genre", "ENT9752"], ["EDUCATING RITA", "has_genre", "ENT7161"], ["EDUCATING RITA", "has_genre", "ENT9752"], ["ENT11761", "has_genre", "ENT9752"], ["ENT11761", "REL5", "ENT7161"], ["ENT11761", "REL5", "ENT9752"], ["ENT14146", "has_genre", "ENT7161"], ["ENT14146", "has_genre", "ENT9752"], ["HOLES", "has_genre", "ENT7161"], ["HOLES", "has_genre", "ENT9752"], ["ENT14725", "has_genre", "ENT7161"], ["ENT14725", "has_genre", "ENT9752"], ["HOW TO LOSE A GUY IN 10 DAYS", "has_genre", "ENT7161"], ["HOW TO LOSE A GUY IN 10 DAYS", "REL5", "ENT7161"], ["HOW TO LOSE A GUY IN 10 DAYS", "REL5", "ENT29259"], ["HOW TO LOSE A GUY IN 10 DAYS", "REL9", "ENT23548"], ["ENT15688", "has_genre", "ENT7161"], ["ENT15688", "REL5", "ENT3569"], ["ENT15692", "has_genre", "ENT7161"], ["ENT15692", "has_genre", "ENT9752"], ["ENT18142", "has_genre", "ENT7161"], ["ENT18142", "has_genre", "ENT9752"], ["ENT18772", "has_genre", "ENT7161"], ["ENT18772", "has_genre", "ENT9752"], ["ENT20057", "has_genre", "ENT7161"], ["ENT20057", "has_genre", "ENT9752"], ["ENT20584", "has_genre", "ENT7161"], ["ENT20584", "has_genre", "ENT9752"], ["ENT20584", "REL5", "ENT7161"], ["ENT20589", "has_genre", "ENT7161"], ["ENT20589", "has_genre", "ENT9752"], ["ENT20589", "REL5", "ENT7161"], ["ENT20589", "REL5", "ENT9752"], ["ENT20880", "has_genre", "ENT7161"], ["ENT20880", "has_genre", "ENT9752"], ["ENT21568", "has_genre", "ENT7161"], ["ENT21568", "has_genre", "ENT9752"], ["ENT22556", "has_genre", "ENT7161"], ["ENT22556", "has_genre", "ENT9752"], ["ENT22584", "has_genre", "ENT7161"], ["ENT22584", "has_genre", "ENT9752"], ["ENT22584", "REL5", "ENT7161"], ["ENT22584", "REL5", "ENT9752"], ["ENT22809", "has_genre", "ENT7161"], ["ENT22809", "has_genre", "ENT9752"], ["ENT23034", "has_genre", "ENT7161"], ["ENT23034", "has_genre", "ENT9752"], ["PARENTHOOD", "has_genre", "ENT7161"], ["PARENTHOOD", "has_genre", "ENT9752"], ["PARENTHOOD", "REL5", "ENT7161"], ["ENT27058", "has_genre", "ENT7161"], ["ENT27058", "has_genre", "ENT9752"], ["ENT27366", "has_genre", "ENT7161"], ["ENT27366", "has_genre", "ENT9752"], ["ENT27366", "REL5", "ENT7161"], ["RAISING HELEN", "has_genre", "ENT7161"], ["RAISING HELEN", "has_genre", "ENT9752"], ["ENT28203", "has_genre", "ENT7161"], ["ENT28203", "has_genre", "ENT9752"], ["RISKY BUSINESS", "has_genre", "ENT7161"], ["RISKY BUSINESS", "has_genre", "ENT9752"], ["ROMAN HOLIDAY", "has_genre", "ENT7161"], ["ROMAN HOLIDAY", "REL5", "ENT3569"], ["ROMAN HOLIDAY", "REL5", "ENT7161"], ["ENT29259", "has_genre", "ENT7161"], ["ENT29760", "has_genre", "ENT7161"], ["ENT29760", "has_genre", "ENT9752"], ["ENT29760", "REL5", "ENT3569"], ["SAME TIME, NEXT YEAR", "has_genre", "ENT7161"], ["SAME TIME, NEXT YEAR", "has_genre", "ENT9752"], ["ENT30380", "has_genre", "ENT7161"], ["ENT30380", "has_genre", "ENT9752"], ["SILVER LININGS PLAYBOOK", "has_genre", "ENT7161"], ["SILVER LININGS PLAYBOOK", "has_genre", "ENT9752"], ["SILVER LININGS PLAYBOOK", "REL5", "ENT9752"], ["SOMETHING WILD", "has_genre", "ENT7161"], ["SOMETHING WILD", "has_genre", "ENT9752"], ["SOMETHING WILD", "REL5", "ENT3569"], ["SPIN", "has_genre", "ENT7161"], ["SPIN", "has_genre", "ENT9752"], ["SPRING BREAK", "has_genre", "ENT7161"], ["SPRING BREAK", "REL5", "ENT3569"], ["ENT32936", "has_genre", "ENT7161"], ["ENT32936", "has_genre", "ENT9752"], ["ENT33080", "has_genre", "ENT7161"], ["ENT33080", "has_genre", "ENT9752"], ["ENT33292", "has_genre", "ENT7161"], ["ENT33292", "has_genre", "ENT9752"], ["ENT33400", "has_genre", "ENT7161"], ["ENT33400", "has_genre", "ENT9752"], ["ENT33419", "has_genre", "ENT7161"], ["ENT33419", "has_genre", "ENT9752"], ["ENT33479", "has_genre", "ENT7161"], ["ENT33479", "has_genre", "ENT9752"], ["ENT34265", "has_genre", "ENT7161"], ["ENT34265", "has_genre", "ENT9752"], ["THE HOLIDAY", "has_genre", "ENT7161"], ["THE HOLIDAY", "REL5", "ENT3569"], ["ENT34698", "has_genre", "ENT7161"], ["ENT34698", "REL5", "ENT3569"], ["ENT34775", "has_genre", "ENT7161"], ["ENT34775", "REL5", "ENT3569"], ["ENT35260", "has_genre", "ENT7161"], ["ENT35260", "has_genre", "ENT9752"], ["ENT35260", "REL5", "ENT3569"], ["ENT35558", "has_genre", "ENT7161"], ["ENT35558", "has_genre", "ENT9752"], ["THE ROOM", "has_genre", "ENT9752"], ["THE ROOM", "REL5", "ENT7161"], ["THE SHOP AROUND THE CORNER", "has_genre", "ENT7161"], ["THE SHOP AROUND THE CORNER", "REL5", "ENT3569"], ["ENT36212", "has_genre", "ENT7161"], ["ENT36212", "has_genre", "ENT9752"], ["ENT37227", "has_genre", "ENT7161"], ["ENT37227", "REL5", "ENT3569"], ["ENT37227", "REL5", "ENT7161"], ["ENT38104", "has_genre", "ENT7161"], ["ENT38104", "has_genre", "ENT9752"], ["ENT38104", "REL5", "ENT7161"], ["ENT38123", "has_genre", "ENT7161"], ["ENT38123", "REL5", "ENT3569"], ["ENT39607", "has_genre", "ENT7161"], ["ENT39607", "has_genre", "ENT9752"]]}
|
metaqa
|
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
12473, ENT197
29034, ENT518
31550, ENT1808
5052, ENT3556
27429, ENT4785
30861, ENT6387
94, ENT8612
33560, ENT9279
15107, GONE
29724, ENT15380
9347, ENT20436
36818, ENT20552
14165, ENT32752
10317, THE END OF LOVE
26102, ENT39031
15949, ENT39716
14290, ENT39740
src, edge_attr, dst
29034, has_genre, 26102
29034, REL8, 31550
29034, REL8, 36818
5052, REL5, 36818
5052, REL7, 12473
27429, has_genre, 26102
27429, REL7, 12473
30861, REL5, 31550
30861, REL5, 36818
30861, REL8, 31550
30861, REL8, 36818
94, has_genre, 26102
94, REL7, 12473
33560, has_genre, 26102
33560, REL5, 26102
33560, REL7, 12473
15107, REL7, 12473
15107, REL8, 31550
29724, REL7, 12473
9347, REL5, 36818
9347, REL7, 12473
9347, REL8, 31550
14165, REL5, 36818
14165, REL7, 12473
14165, REL8, 36818
10317, REL7, 12473
10317, REL8, 31550
15949, REL5, 36818
15949, REL7, 12473
15949, REL8, 36818
14290, has_genre, 26102
14290, REL7, 12473
Question: In what context are ENT518 and ENT15380 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT518", "ENT15380"], "valid_edges": [["ENT518", "has_genre", "ENT39031"], ["ENT518", "REL8", "ENT1808"], ["ENT518", "REL8", "ENT20552"], ["ENT3556", "REL5", "ENT20552"], ["ENT3556", "REL7", "ENT197"], ["ENT4785", "has_genre", "ENT39031"], ["ENT4785", "REL7", "ENT197"], ["ENT6387", "REL5", "ENT1808"], ["ENT6387", "REL5", "ENT20552"], ["ENT6387", "REL8", "ENT1808"], ["ENT6387", "REL8", "ENT20552"], ["ENT8612", "has_genre", "ENT39031"], ["ENT8612", "REL7", "ENT197"], ["ENT9279", "has_genre", "ENT39031"], ["ENT9279", "REL5", "ENT39031"], ["ENT9279", "REL7", "ENT197"], ["GONE", "REL7", "ENT197"], ["GONE", "REL8", "ENT1808"], ["ENT15380", "REL7", "ENT197"], ["ENT20436", "REL5", "ENT20552"], ["ENT20436", "REL7", "ENT197"], ["ENT20436", "REL8", "ENT1808"], ["ENT32752", "REL5", "ENT20552"], ["ENT32752", "REL7", "ENT197"], ["ENT32752", "REL8", "ENT20552"], ["THE END OF LOVE", "REL7", "ENT197"], ["THE END OF LOVE", "REL8", "ENT1808"], ["ENT39716", "REL5", "ENT20552"], ["ENT39716", "REL7", "ENT197"], ["ENT39716", "REL8", "ENT20552"], ["ENT39740", "has_genre", "ENT39031"], ["ENT39740", "REL7", "ENT197"]]}
|
metaqa
|
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
14783, 1940
488, ADVENTURE
5645, ENT4639
38333, CHINA SEAS
1077, ENT6842
38095, CONGO
268, ERNIE HUDSON
14833, ENT23970
31648, ENT25361
19707, ENT27195
16233, ENT31340
4143, ENT31568
25568, ENT33698
14422, ENT34044
16808, THE KING AND FOUR QUEENS
34504, THE MARK OF ZORRO
28836, TORRID ZONE
src, edge_attr, dst
5645, has_genre, 488
5645, REL7, 14783
5645, REL8, 1077
5645, REL8, 4143
38333, has_genre, 488
38333, REL8, 1077
38095, has_genre, 488
38095, REL8, 268
14833, has_genre, 488
14833, REL5, 1077
14833, REL8, 1077
31648, has_genre, 488
31648, REL7, 14783
19707, has_genre, 488
19707, REL8, 4143
16233, has_genre, 488
16233, REL8, 1077
25568, has_genre, 488
25568, REL8, 1077
14422, has_genre, 488
14422, REL8, 4143
16808, has_genre, 488
16808, REL8, 1077
34504, has_genre, 488
34504, REL7, 14783
28836, has_genre, 488
28836, REL7, 14783
Question: How are ENT4639 and ERNIE HUDSON related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT4639", "ERNIE HUDSON"], "valid_edges": [["ENT4639", "has_genre", "ADVENTURE"], ["ENT4639", "REL7", "1940"], ["ENT4639", "REL8", "ENT6842"], ["ENT4639", "REL8", "ENT31568"], ["CHINA SEAS", "has_genre", "ADVENTURE"], ["CHINA SEAS", "REL8", "ENT6842"], ["CONGO", "has_genre", "ADVENTURE"], ["CONGO", "REL8", "ERNIE HUDSON"], ["ENT23970", "has_genre", "ADVENTURE"], ["ENT23970", "REL5", "ENT6842"], ["ENT23970", "REL8", "ENT6842"], ["ENT25361", "has_genre", "ADVENTURE"], ["ENT25361", "REL7", "1940"], ["ENT27195", "has_genre", "ADVENTURE"], ["ENT27195", "REL8", "ENT31568"], ["ENT31340", "has_genre", "ADVENTURE"], ["ENT31340", "REL8", "ENT6842"], ["ENT33698", "has_genre", "ADVENTURE"], ["ENT33698", "REL8", "ENT6842"], ["ENT34044", "has_genre", "ADVENTURE"], ["ENT34044", "REL8", "ENT31568"], ["THE KING AND FOUR QUEENS", "has_genre", "ADVENTURE"], ["THE KING AND FOUR QUEENS", "REL8", "ENT6842"], ["THE MARK OF ZORRO", "has_genre", "ADVENTURE"], ["THE MARK OF ZORRO", "REL7", "1940"], ["TORRID ZONE", "has_genre", "ADVENTURE"], ["TORRID ZONE", "REL7", "1940"]]}
|
metaqa
|
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
5453, ENT3650
17148, ENT7161
30262, ENT23518
37404, ENT24940
21879, ENT30614
src, edge_attr, dst
5453, has_genre, 17148
5453, REL5, 17148
5453, REL8, 37404
21879, has_genre, 17148
21879, REL8, 30262
Question: How are ENT23518 and ENT24940 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT23518", "ENT24940"], "valid_edges": [["ENT3650", "has_genre", "ENT7161"], ["ENT3650", "REL5", "ENT7161"], ["ENT3650", "REL8", "ENT24940"], ["ENT30614", "has_genre", "ENT7161"], ["ENT30614", "REL8", "ENT23518"]]}
|
metaqa
|
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
17148, ENT7161
24502, ENT9550
4048, ENT14504
17947, ENT31834
9007, THE CHEERLEADERS
src, edge_attr, dst
24502, has_genre, 17148
4048, has_genre, 17148
9007, has_genre, 17148
9007, REL5, 4048
9007, REL8, 17947
Question: How are ENT9550 and ENT31834 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT9550", "ENT31834"], "valid_edges": [["ENT9550", "has_genre", "ENT7161"], ["ENT14504", "has_genre", "ENT7161"], ["THE CHEERLEADERS", "has_genre", "ENT7161"], ["THE CHEERLEADERS", "REL5", "ENT14504"], ["THE CHEERLEADERS", "REL8", "ENT31834"]]}
|
metaqa
|
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
29392, ENT4413
8297, ENT6688
5910, ENT11253
37852, ENT14733
24897, SANDRA HARRISON
10252, ENT33992
9162, ENT35781
33868, ENT35782
4073, ENT36219
6512, ENT37036
src, edge_attr, dst
29392, has_genre, 37852
29392, REL8, 24897
10252, has_genre, 37852
10252, has_genre, 6512
10252, REL5, 8297
10252, REL5, 6512
10252, REL8, 8297
9162, has_genre, 5910
9162, has_genre, 37852
9162, REL5, 8297
9162, REL8, 8297
33868, has_genre, 5910
33868, has_genre, 37852
33868, has_genre, 6512
33868, REL8, 8297
4073, has_genre, 37852
4073, has_genre, 6512
4073, REL5, 8297
4073, REL5, 6512
Question: How are ENT6688 and SANDRA HARRISON related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT6688", "SANDRA HARRISON"], "valid_edges": [["ENT4413", "has_genre", "ENT14733"], ["ENT4413", "REL8", "SANDRA HARRISON"], ["ENT33992", "has_genre", "ENT14733"], ["ENT33992", "has_genre", "ENT37036"], ["ENT33992", "REL5", "ENT6688"], ["ENT33992", "REL5", "ENT37036"], ["ENT33992", "REL8", "ENT6688"], ["ENT35781", "has_genre", "ENT11253"], ["ENT35781", "has_genre", "ENT14733"], ["ENT35781", "REL5", "ENT6688"], ["ENT35781", "REL8", "ENT6688"], ["ENT35782", "has_genre", "ENT11253"], ["ENT35782", "has_genre", "ENT14733"], ["ENT35782", "has_genre", "ENT37036"], ["ENT35782", "REL8", "ENT6688"], ["ENT36219", "has_genre", "ENT14733"], ["ENT36219", "has_genre", "ENT37036"], ["ENT36219", "REL5", "ENT6688"], ["ENT36219", "REL5", "ENT37036"]]}
|
metaqa
|
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
4276, ENT133
38669, ENT164
844, ENT459
19901, ENT485
5717, ENT623
3498, ENT642
11742, ENT663
21278, ENT1678
32209, ENT1993
38135, ENT2252
34179, ENT2297
8953, ANIMAL ROOM
14557, APOLLO 13
25995, BABE
19032, ENT3267
720, ENT3321
22696, ENT3569
17585, ENT3660
15321, ENT3982
24309, ENT4011
34656, ENT4731
20114, ENT4809
19144, ENT5350
31411, ENT5794
12647, ENT6980
17148, ENT7161
18379, ENT7587
11163, ENT7867
16089, ENT8611
30022, ENT8840
9510, ENT9339
16661, ENT9752
3618, FAIR GAME
17410, ENT11625
460, ENT12183
20781, ENT12196
39879, ENT12272
1144, GAMES
28363, GIRL IN THE CADILLAC
21715, ENT13307
25508, ENT13427
5425, GUILTY HEARTS
22289, ENT14180
37413, ENT14211
28640, HIGHER LEARNING
8698, ENT14668
37852, ENT14733
36410, ENT16146
629, ENT16751
28920, ENT16825
10721, ENT18940
11030, ENT18985
21229, ENT19366
6098, ENT19818
36772, ENT20227
9347, ENT20436
8110, LIVING IN OBLIVION
6872, ENT21027
8036, LOVE RANCH
7304, MAD LOVE
21199, MAN OF THE YEAR
33095, ENT21941
24111, ENT23913
36343, ENT24016
22265, MONSTER
31952, MR. HOLLAND'S OPUS
3831, ENT24406
24812, NO WAY BACK
20393, ENT25394
29228, ENT25406
297, OTHELLO
2373, PARALLEL SONS
33844, ENT26643
18683, PERSUASION
18106, ENT27307
13524, ENT27384
12289, ENT28180
29756, ENT28383
21388, ENT29361
13871, RUSH
35904, ENT29727
38557, ENT29746
10963, ENT30351
26490, SENSE AND SENSIBILITY
10381, SHOWGIRLS
6688, ENT31383
33769, ENT31681
5325, ENT31890
20144, ENT32159
1472, ENT32923
20143, ENT33290
8638, ENT33306
32337, ENT33409
23650, ENT33549
32689, ENT33646
9047, ENT33659
40019, THE CONFESSIONAL
22955, THE CURE
39593, ENT34497
9457, ENT34504
11885, ENT34547
4126, ENT34761
23370, ENT35462
8924, ENT35991
5513, ENT36070
26192, ENT36207
4073, ENT36219
32890, ENT36293
5082, THEY ONLY KILL THEIR MASTERS
8214, ENT37033
6512, ENT37036
13687, ENT37229
11733, TOKYO FIST
35236, ENT37960
5947, ENT37964
15435, ENT38156
32535, ENT38705
7671, ENT39099
26493, ENT39145
13204, WHITE MAN'S BURDEN
33520, ENT39175
37648, ENT39180
src, edge_attr, dst
844, has_genre, 16661
844, REL8, 11030
19901, has_genre, 16661
19901, REL7, 38669
5717, has_genre, 16661
5717, REL7, 38669
3498, has_genre, 16661
3498, REL8, 28920
11742, has_genre, 16661
11742, REL7, 38669
21278, has_genre, 16661
21278, REL7, 38669
32209, REL1, 1472
32209, has_genre, 16661
32209, REL5, 1472
38135, has_genre, 16661
38135, REL7, 38669
34179, has_genre, 16661
34179, REL5, 11030
34179, REL7, 38669
34179, REL8, 11030
8953, has_genre, 16661
8953, REL7, 38669
14557, has_genre, 16661
14557, REL5, 16661
14557, REL7, 38669
25995, has_genre, 16661
25995, REL7, 38669
19032, has_genre, 16661
19032, REL7, 38669
720, has_genre, 16661
720, REL7, 38669
17585, has_genre, 16661
17585, REL7, 38669
15321, has_genre, 16661
15321, REL7, 38669
24309, has_genre, 16661
24309, REL7, 38669
34656, has_genre, 16661
34656, REL7, 38669
20114, has_genre, 16661
20114, REL5, 16661
20114, REL7, 38669
19144, has_genre, 16661
19144, REL7, 38669
31411, has_genre, 16661
31411, REL7, 38669
12647, has_genre, 16661
12647, REL7, 38669
18379, has_genre, 16661
18379, REL7, 38669
11163, has_genre, 16661
11163, REL7, 38669
16089, has_genre, 16661
16089, REL5, 16661
16089, REL7, 38669
30022, has_genre, 16661
30022, REL7, 38669
9510, REL1, 1472
9510, has_genre, 16661
9510, REL5, 16661
9510, REL5, 11030
9510, REL5, 5325
9510, REL5, 1472
9510, REL7, 38669
9510, REL8, 28920
9510, REL8, 11030
9510, REL9, 5325
3618, has_genre, 16661
3618, REL7, 38669
17410, has_genre, 16661
17410, REL7, 38669
460, has_genre, 16661
460, REL5, 16661
460, REL5, 11030
460, REL8, 11030
20781, has_genre, 16661
20781, REL7, 38669
39879, has_genre, 16661
39879, REL7, 38669
1144, has_genre, 6512
1144, REL7, 4276
1144, REL8, 10721
28363, has_genre, 16661
28363, REL7, 38669
21715, has_genre, 16661
21715, REL7, 38669
25508, has_genre, 16661
25508, REL9, 28920
5425, has_genre, 16661
5425, REL8, 11030
22289, has_genre, 16661
22289, REL5, 5325
22289, REL9, 5325
37413, has_genre, 16661
37413, REL7, 38669
28640, has_genre, 16661
28640, REL7, 38669
8698, has_genre, 16661
8698, REL7, 38669
629, has_genre, 16661
629, REL7, 38669
21229, has_genre, 16661
21229, REL7, 38669
6098, has_genre, 16661
6098, REL7, 38669
36772, has_genre, 16661
36772, REL5, 16661
36772, REL7, 38669
9347, has_genre, 16661
9347, REL7, 38669
8110, has_genre, 16661
8110, REL7, 38669
6872, has_genre, 16661
6872, REL7, 38669
8036, REL1, 1472
8036, has_genre, 16661
7304, has_genre, 16661
7304, REL7, 38669
21199, has_genre, 16661
21199, REL7, 38669
33095, has_genre, 16661
33095, REL7, 38669
24111, has_genre, 16661
24111, REL8, 36410
24111, REL8, 10721
36343, has_genre, 16661
36343, REL7, 38669
22265, has_genre, 16661
22265, REL5, 16661
31952, has_genre, 16661
31952, REL7, 38669
3831, has_genre, 16661
3831, REL7, 38669
24812, has_genre, 16661
24812, REL7, 38669
20393, has_genre, 16661
20393, REL7, 38669
29228, has_genre, 16661
29228, REL7, 38669
297, has_genre, 16661
297, REL7, 38669
2373, has_genre, 16661
2373, REL7, 38669
33844, has_genre, 16661
33844, REL8, 11030
18683, has_genre, 16661
18683, REL7, 38669
18106, has_genre, 16661
18106, REL7, 38669
13524, has_genre, 16661
13524, REL8, 11030
12289, has_genre, 16661
12289, REL7, 38669
29756, has_genre, 16661
29756, REL7, 38669
21388, has_genre, 16661
21388, REL7, 38669
13871, has_genre, 16661
13871, REL8, 28920
35904, has_genre, 16661
35904, REL5, 16661
35904, REL7, 38669
38557, has_genre, 16661
38557, REL7, 38669
10963, has_genre, 16661
10963, REL7, 38669
26490, has_genre, 16661
26490, REL7, 38669
10381, has_genre, 16661
10381, REL7, 38669
6688, has_genre, 16661
6688, REL7, 38669
33769, has_genre, 16661
33769, REL5, 16661
33769, REL5, 5325
33769, REL9, 5325
20144, has_genre, 16661
20144, REL7, 38669
20143, has_genre, 16661
20143, REL5, 16661
20143, REL7, 38669
8638, REL1, 28920
8638, has_genre, 16661
8638, REL5, 28920
8638, REL8, 28920
8638, REL9, 28920
32337, has_genre, 16661
32337, REL7, 38669
23650, has_genre, 16661
23650, REL7, 38669
32689, has_genre, 16661
32689, REL7, 38669
9047, has_genre, 16661
9047, REL7, 38669
40019, has_genre, 16661
40019, REL7, 38669
22955, has_genre, 16661
22955, REL7, 38669
39593, has_genre, 17148
39593, has_genre, 16661
39593, REL5, 17148
39593, REL5, 16661
39593, REL7, 4276
39593, REL8, 10721
9457, has_genre, 16661
9457, REL7, 38669
11885, has_genre, 16661
11885, REL5, 16661
11885, REL5, 5325
11885, REL9, 5325
4126, REL1, 1472
4126, has_genre, 16661
23370, has_genre, 16661
23370, REL7, 38669
8924, has_genre, 16661
8924, REL7, 38669
5513, has_genre, 16661
5513, REL5, 16661
5513, REL5, 5325
5513, REL9, 5325
26192, has_genre, 16661
26192, REL7, 38669
4073, has_genre, 17148
4073, has_genre, 37852
4073, has_genre, 6512
4073, REL5, 22696
4073, REL5, 6512
4073, REL8, 10721
32890, has_genre, 37852
32890, REL5, 22696
32890, REL5, 22265
32890, REL8, 10721
5082, REL5, 22696
5082, REL8, 36410
5082, REL8, 10721
8214, has_genre, 16661
8214, REL7, 38669
13687, has_genre, 16661
13687, REL7, 38669
11733, has_genre, 16661
11733, REL7, 38669
35236, has_genre, 16661
35236, REL7, 38669
5947, has_genre, 16661
5947, REL7, 38669
15435, has_genre, 16661
15435, REL7, 38669
32535, has_genre, 16661
32535, REL7, 38669
7671, has_genre, 16661
7671, REL7, 38669
26493, has_genre, 16661
26493, REL7, 38669
13204, has_genre, 16661
13204, REL7, 38669
33520, REL1, 1472
33520, has_genre, 16661
37648, has_genre, 16661
37648, REL8, 11030
Question: How are ENT9339 and ENT18940 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT9339", "ENT18940"], "valid_edges": [["ENT459", "has_genre", "ENT9752"], ["ENT459", "REL8", "ENT18985"], ["ENT485", "has_genre", "ENT9752"], ["ENT485", "REL7", "ENT164"], ["ENT623", "has_genre", "ENT9752"], ["ENT623", "REL7", "ENT164"], ["ENT642", "has_genre", "ENT9752"], ["ENT642", "REL8", "ENT16825"], ["ENT663", "has_genre", "ENT9752"], ["ENT663", "REL7", "ENT164"], ["ENT1678", "has_genre", "ENT9752"], ["ENT1678", "REL7", "ENT164"], ["ENT1993", "REL1", "ENT32923"], ["ENT1993", "has_genre", "ENT9752"], ["ENT1993", "REL5", "ENT32923"], ["ENT2252", "has_genre", "ENT9752"], ["ENT2252", "REL7", "ENT164"], ["ENT2297", "has_genre", "ENT9752"], ["ENT2297", "REL5", "ENT18985"], ["ENT2297", "REL7", "ENT164"], ["ENT2297", "REL8", "ENT18985"], ["ANIMAL ROOM", "has_genre", "ENT9752"], ["ANIMAL ROOM", "REL7", "ENT164"], ["APOLLO 13", "has_genre", "ENT9752"], ["APOLLO 13", "REL5", "ENT9752"], ["APOLLO 13", "REL7", "ENT164"], ["BABE", "has_genre", "ENT9752"], ["BABE", "REL7", "ENT164"], ["ENT3267", "has_genre", "ENT9752"], ["ENT3267", "REL7", "ENT164"], ["ENT3321", "has_genre", "ENT9752"], ["ENT3321", "REL7", "ENT164"], ["ENT3660", "has_genre", "ENT9752"], ["ENT3660", "REL7", "ENT164"], ["ENT3982", "has_genre", "ENT9752"], ["ENT3982", "REL7", "ENT164"], ["ENT4011", "has_genre", "ENT9752"], ["ENT4011", "REL7", "ENT164"], ["ENT4731", "has_genre", "ENT9752"], ["ENT4731", "REL7", "ENT164"], ["ENT4809", "has_genre", "ENT9752"], ["ENT4809", "REL5", "ENT9752"], ["ENT4809", "REL7", "ENT164"], ["ENT5350", "has_genre", "ENT9752"], ["ENT5350", "REL7", "ENT164"], ["ENT5794", "has_genre", "ENT9752"], ["ENT5794", "REL7", "ENT164"], ["ENT6980", "has_genre", "ENT9752"], ["ENT6980", "REL7", "ENT164"], ["ENT7587", "has_genre", "ENT9752"], ["ENT7587", "REL7", "ENT164"], ["ENT7867", "has_genre", "ENT9752"], ["ENT7867", "REL7", "ENT164"], ["ENT8611", "has_genre", "ENT9752"], ["ENT8611", "REL5", "ENT9752"], ["ENT8611", "REL7", "ENT164"], ["ENT8840", "has_genre", "ENT9752"], ["ENT8840", "REL7", "ENT164"], ["ENT9339", "REL1", "ENT32923"], ["ENT9339", "has_genre", "ENT9752"], ["ENT9339", "REL5", "ENT9752"], ["ENT9339", "REL5", "ENT18985"], ["ENT9339", "REL5", "ENT31890"], ["ENT9339", "REL5", "ENT32923"], ["ENT9339", "REL7", "ENT164"], ["ENT9339", "REL8", "ENT16825"], ["ENT9339", "REL8", "ENT18985"], ["ENT9339", "REL9", "ENT31890"], ["FAIR GAME", "has_genre", "ENT9752"], ["FAIR GAME", "REL7", "ENT164"], ["ENT11625", "has_genre", "ENT9752"], ["ENT11625", "REL7", "ENT164"], ["ENT12183", "has_genre", "ENT9752"], ["ENT12183", "REL5", "ENT9752"], ["ENT12183", "REL5", "ENT18985"], ["ENT12183", "REL8", "ENT18985"], ["ENT12196", "has_genre", "ENT9752"], ["ENT12196", "REL7", "ENT164"], ["ENT12272", "has_genre", "ENT9752"], ["ENT12272", "REL7", "ENT164"], ["GAMES", "has_genre", "ENT37036"], ["GAMES", "REL7", "ENT133"], ["GAMES", "REL8", "ENT18940"], ["GIRL IN THE CADILLAC", "has_genre", "ENT9752"], ["GIRL IN THE CADILLAC", "REL7", "ENT164"], ["ENT13307", "has_genre", "ENT9752"], ["ENT13307", "REL7", "ENT164"], ["ENT13427", "has_genre", "ENT9752"], ["ENT13427", "REL9", "ENT16825"], ["GUILTY HEARTS", "has_genre", "ENT9752"], ["GUILTY HEARTS", "REL8", "ENT18985"], ["ENT14180", "has_genre", "ENT9752"], ["ENT14180", "REL5", "ENT31890"], ["ENT14180", "REL9", "ENT31890"], ["ENT14211", "has_genre", "ENT9752"], ["ENT14211", "REL7", "ENT164"], ["HIGHER LEARNING", "has_genre", "ENT9752"], ["HIGHER LEARNING", "REL7", "ENT164"], ["ENT14668", "has_genre", "ENT9752"], ["ENT14668", "REL7", "ENT164"], ["ENT16751", "has_genre", "ENT9752"], ["ENT16751", "REL7", "ENT164"], ["ENT19366", "has_genre", "ENT9752"], ["ENT19366", "REL7", "ENT164"], ["ENT19818", "has_genre", "ENT9752"], ["ENT19818", "REL7", "ENT164"], ["ENT20227", "has_genre", "ENT9752"], ["ENT20227", "REL5", "ENT9752"], ["ENT20227", "REL7", "ENT164"], ["ENT20436", "has_genre", "ENT9752"], ["ENT20436", "REL7", "ENT164"], ["LIVING IN OBLIVION", "has_genre", "ENT9752"], ["LIVING IN OBLIVION", "REL7", "ENT164"], ["ENT21027", "has_genre", "ENT9752"], ["ENT21027", "REL7", "ENT164"], ["LOVE RANCH", "REL1", "ENT32923"], ["LOVE RANCH", "has_genre", "ENT9752"], ["MAD LOVE", "has_genre", "ENT9752"], ["MAD LOVE", "REL7", "ENT164"], ["MAN OF THE YEAR", "has_genre", "ENT9752"], ["MAN OF THE YEAR", "REL7", "ENT164"], ["ENT21941", "has_genre", "ENT9752"], ["ENT21941", "REL7", "ENT164"], ["ENT23913", "has_genre", "ENT9752"], ["ENT23913", "REL8", "ENT16146"], ["ENT23913", "REL8", "ENT18940"], ["ENT24016", "has_genre", "ENT9752"], ["ENT24016", "REL7", "ENT164"], ["MONSTER", "has_genre", "ENT9752"], ["MONSTER", "REL5", "ENT9752"], ["MR. HOLLAND'S OPUS", "has_genre", "ENT9752"], ["MR. HOLLAND'S OPUS", "REL7", "ENT164"], ["ENT24406", "has_genre", "ENT9752"], ["ENT24406", "REL7", "ENT164"], ["NO WAY BACK", "has_genre", "ENT9752"], ["NO WAY BACK", "REL7", "ENT164"], ["ENT25394", "has_genre", "ENT9752"], ["ENT25394", "REL7", "ENT164"], ["ENT25406", "has_genre", "ENT9752"], ["ENT25406", "REL7", "ENT164"], ["OTHELLO", "has_genre", "ENT9752"], ["OTHELLO", "REL7", "ENT164"], ["PARALLEL SONS", "has_genre", "ENT9752"], ["PARALLEL SONS", "REL7", "ENT164"], ["ENT26643", "has_genre", "ENT9752"], ["ENT26643", "REL8", "ENT18985"], ["PERSUASION", "has_genre", "ENT9752"], ["PERSUASION", "REL7", "ENT164"], ["ENT27307", "has_genre", "ENT9752"], ["ENT27307", "REL7", "ENT164"], ["ENT27384", "has_genre", "ENT9752"], ["ENT27384", "REL8", "ENT18985"], ["ENT28180", "has_genre", "ENT9752"], ["ENT28180", "REL7", "ENT164"], ["ENT28383", "has_genre", "ENT9752"], ["ENT28383", "REL7", "ENT164"], ["ENT29361", "has_genre", "ENT9752"], ["ENT29361", "REL7", "ENT164"], ["RUSH", "has_genre", "ENT9752"], ["RUSH", "REL8", "ENT16825"], ["ENT29727", "has_genre", "ENT9752"], ["ENT29727", "REL5", "ENT9752"], ["ENT29727", "REL7", "ENT164"], ["ENT29746", "has_genre", "ENT9752"], ["ENT29746", "REL7", "ENT164"], ["ENT30351", "has_genre", "ENT9752"], ["ENT30351", "REL7", "ENT164"], ["SENSE AND SENSIBILITY", "has_genre", "ENT9752"], ["SENSE AND SENSIBILITY", "REL7", "ENT164"], ["SHOWGIRLS", "has_genre", "ENT9752"], ["SHOWGIRLS", "REL7", "ENT164"], ["ENT31383", "has_genre", "ENT9752"], ["ENT31383", "REL7", "ENT164"], ["ENT31681", "has_genre", "ENT9752"], ["ENT31681", "REL5", "ENT9752"], ["ENT31681", "REL5", "ENT31890"], ["ENT31681", "REL9", "ENT31890"], ["ENT32159", "has_genre", "ENT9752"], ["ENT32159", "REL7", "ENT164"], ["ENT33290", "has_genre", "ENT9752"], ["ENT33290", "REL5", "ENT9752"], ["ENT33290", "REL7", "ENT164"], ["ENT33306", "REL1", "ENT16825"], ["ENT33306", "has_genre", "ENT9752"], ["ENT33306", "REL5", "ENT16825"], ["ENT33306", "REL8", "ENT16825"], ["ENT33306", "REL9", "ENT16825"], ["ENT33409", "has_genre", "ENT9752"], ["ENT33409", "REL7", "ENT164"], ["ENT33549", "has_genre", "ENT9752"], ["ENT33549", "REL7", "ENT164"], ["ENT33646", "has_genre", "ENT9752"], ["ENT33646", "REL7", "ENT164"], ["ENT33659", "has_genre", "ENT9752"], ["ENT33659", "REL7", "ENT164"], ["THE CONFESSIONAL", "has_genre", "ENT9752"], ["THE CONFESSIONAL", "REL7", "ENT164"], ["THE CURE", "has_genre", "ENT9752"], ["THE CURE", "REL7", "ENT164"], ["ENT34497", "has_genre", "ENT7161"], ["ENT34497", "has_genre", "ENT9752"], ["ENT34497", "REL5", "ENT7161"], ["ENT34497", "REL5", "ENT9752"], ["ENT34497", "REL7", "ENT133"], ["ENT34497", "REL8", "ENT18940"], ["ENT34504", "has_genre", "ENT9752"], ["ENT34504", "REL7", "ENT164"], ["ENT34547", "has_genre", "ENT9752"], ["ENT34547", "REL5", "ENT9752"], ["ENT34547", "REL5", "ENT31890"], ["ENT34547", "REL9", "ENT31890"], ["ENT34761", "REL1", "ENT32923"], ["ENT34761", "has_genre", "ENT9752"], ["ENT35462", "has_genre", "ENT9752"], ["ENT35462", "REL7", "ENT164"], ["ENT35991", "has_genre", "ENT9752"], ["ENT35991", "REL7", "ENT164"], ["ENT36070", "has_genre", "ENT9752"], ["ENT36070", "REL5", "ENT9752"], ["ENT36070", "REL5", "ENT31890"], ["ENT36070", "REL9", "ENT31890"], ["ENT36207", "has_genre", "ENT9752"], ["ENT36207", "REL7", "ENT164"], ["ENT36219", "has_genre", "ENT7161"], ["ENT36219", "has_genre", "ENT14733"], ["ENT36219", "has_genre", "ENT37036"], ["ENT36219", "REL5", "ENT3569"], ["ENT36219", "REL5", "ENT37036"], ["ENT36219", "REL8", "ENT18940"], ["ENT36293", "has_genre", "ENT14733"], ["ENT36293", "REL5", "ENT3569"], ["ENT36293", "REL5", "MONSTER"], ["ENT36293", "REL8", "ENT18940"], ["THEY ONLY KILL THEIR MASTERS", "REL5", "ENT3569"], ["THEY ONLY KILL THEIR MASTERS", "REL8", "ENT16146"], ["THEY ONLY KILL THEIR MASTERS", "REL8", "ENT18940"], ["ENT37033", "has_genre", "ENT9752"], ["ENT37033", "REL7", "ENT164"], ["ENT37229", "has_genre", "ENT9752"], ["ENT37229", "REL7", "ENT164"], ["TOKYO FIST", "has_genre", "ENT9752"], ["TOKYO FIST", "REL7", "ENT164"], ["ENT37960", "has_genre", "ENT9752"], ["ENT37960", "REL7", "ENT164"], ["ENT37964", "has_genre", "ENT9752"], ["ENT37964", "REL7", "ENT164"], ["ENT38156", "has_genre", "ENT9752"], ["ENT38156", "REL7", "ENT164"], ["ENT38705", "has_genre", "ENT9752"], ["ENT38705", "REL7", "ENT164"], ["ENT39099", "has_genre", "ENT9752"], ["ENT39099", "REL7", "ENT164"], ["ENT39145", "has_genre", "ENT9752"], ["ENT39145", "REL7", "ENT164"], ["WHITE MAN'S BURDEN", "has_genre", "ENT9752"], ["WHITE MAN'S BURDEN", "REL7", "ENT164"], ["ENT39175", "REL1", "ENT32923"], ["ENT39175", "has_genre", "ENT9752"], ["ENT39180", "has_genre", "ENT9752"], ["ENT39180", "REL8", "ENT18985"]]}
|
metaqa
|
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
17148, ENT7161
26149, ENT15790
31367, MARK LISSON
2069, ENT23918
1778, ENT28193
src, edge_attr, dst
2069, has_genre, 17148
2069, REL9, 26149
1778, has_genre, 17148
1778, REL9, 31367
Question: How are ENT15790 and MARK LISSON related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT15790", "MARK LISSON"], "valid_edges": [["ENT23918", "has_genre", "ENT7161"], ["ENT23918", "REL9", "ENT15790"], ["ENT28193", "has_genre", "ENT7161"], ["ENT28193", "REL9", "MARK LISSON"]]}
|
metaqa
|
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
24770, ENT166
12421, ENT824
31662, ENT845
488, ADVENTURE
27346, ENT1009
23505, ENT1033
9124, AGENT CODY BANKS
27163, ENT1113
15461, ALIENS
13665, ENT3245
6137, ENT3600
1540, BEHIND ENEMY LINES
13274, CHARLIE'S ANGELS
16574, CLIFFHANGER
32330, ENT7212
7700, ENT7216
38095, CONGO
28861, CONSPIRACY THEORY
38297, CUTTHROAT ISLAND
35464, DNA
11172, ENT9626
24759, ENT11173
33195, ENT11513
31531, ENT11535
14901, ENT12299
6770, ENT12709
11162, ENT13918
31714, HATARI!
38662, ENT14692
8625, ENT14885
39399, ENT15411
36668, ENT17527
33086, JOHNNY MNEMONIC
37939, ENT18643
13253, ENT18656
25631, JURASSIC PARK III
26324, ENT19499
11438, ENT22575
33753, ENT22907
26449, ENT23055
24234, ENT23125
33053, ENT24024
13900, MORTAL KOMBAT
6359, ENT24250
13933, ENT24305
18999, ON DEADLY GROUND
9816, ENT25666
17103, PATHFINDER
12213, POSTMAN BLUES
4588, ENT27729
1153, RETROACTIVE
31254, ENT28913
24888, ENT29253
24791, ENT29760
15553, ENT30649
14485, SHOLAY
20865, ENT31172
933, ENT31578
38273, ENT31716
33744, ENT31740
27419, ENT31781
38502, ENT32878
23481, ENT32881
29888, ENT32883
38946, THE ADVENTURES OF FORD FAIRLANE
24105, ENT33880
20742, ENT34061
16464, ENT34120
3324, THE EXTRAORDINARY ADVENTURES OF ADÈLE BLANC-SEC
3151, THE FIFTH ELEMENT
27512, ENT34393
16842, ENT34518
35986, ENT34567
35244, ENT34577
34149, ENT34736
18980, ENT34841
23000, ENT34851
34504, THE MARK OF ZORRO
33226, ENT35631
22993, ENT35632
33884, ENT35719
14246, ENT37048
14836, ENT37829
22490, ENT37843
17037, ENT37912
37831, ENT38401
src, edge_attr, dst
12421, has_genre, 31662
12421, has_genre, 488
27346, has_genre, 31662
27346, has_genre, 488
27346, REL5, 488
23505, has_genre, 31662
23505, has_genre, 488
9124, has_genre, 31662
9124, has_genre, 488
9124, REL5, 31662
27163, has_genre, 31662
27163, REL5, 31662
27163, REL7, 24770
15461, has_genre, 31662
15461, has_genre, 488
15461, REL5, 31662
13665, has_genre, 31662
13665, REL7, 24770
6137, has_genre, 31662
6137, has_genre, 488
6137, REL5, 488
1540, has_genre, 31662
1540, REL7, 24770
13274, has_genre, 31662
13274, has_genre, 488
16574, has_genre, 31662
16574, has_genre, 488
16574, REL5, 31662
32330, has_genre, 31662
32330, REL5, 31662
32330, REL7, 24770
7700, has_genre, 31662
7700, has_genre, 488
7700, REL5, 31662
7700, REL5, 488
38095, has_genre, 31662
38095, has_genre, 488
28861, has_genre, 31662
28861, REL7, 24770
38297, has_genre, 31662
38297, has_genre, 488
38297, REL5, 31662
38297, REL5, 488
35464, has_genre, 31662
35464, REL7, 24770
11172, has_genre, 31662
11172, REL7, 24770
24759, has_genre, 31662
24759, REL5, 31662
24759, REL7, 24770
33195, has_genre, 31662
33195, has_genre, 488
33195, REL7, 24770
31531, has_genre, 31662
31531, has_genre, 488
14901, has_genre, 31662
14901, REL7, 24770
6770, has_genre, 31662
6770, REL7, 24770
11162, has_genre, 31662
11162, has_genre, 488
31714, has_genre, 31662
31714, has_genre, 488
38662, has_genre, 31662
38662, REL7, 24770
8625, has_genre, 31662
8625, has_genre, 488
8625, REL5, 31662
39399, has_genre, 31662
39399, has_genre, 488
39399, REL5, 31662
39399, REL5, 488
36668, has_genre, 31662
36668, has_genre, 488
36668, REL5, 31662
33086, REL1, 31254
33086, has_genre, 31662
37939, has_genre, 31662
37939, has_genre, 488
13253, has_genre, 488
13253, REL5, 31662
13253, REL5, 488
25631, has_genre, 31662
25631, has_genre, 488
25631, REL5, 488
26324, has_genre, 31662
26324, has_genre, 488
26324, REL5, 31662
26324, REL5, 488
11438, has_genre, 31662
11438, REL7, 24770
33753, has_genre, 31662
33753, REL5, 31662
33753, REL7, 24770
26449, REL5, 31662
26449, REL7, 24770
24234, has_genre, 31662
24234, REL7, 24770
33053, has_genre, 31662
33053, REL7, 24770
13900, has_genre, 31662
13900, has_genre, 488
6359, has_genre, 31662
6359, REL7, 24770
13933, has_genre, 31662
13933, has_genre, 488
18999, has_genre, 31662
18999, has_genre, 488
9816, has_genre, 31662
9816, REL7, 24770
17103, has_genre, 31662
17103, has_genre, 488
12213, has_genre, 31662
12213, REL7, 24770
4588, has_genre, 31662
4588, has_genre, 488
4588, REL5, 31662
4588, REL5, 488
1153, has_genre, 31662
1153, has_genre, 488
1153, REL7, 24770
24888, has_genre, 31662
24888, has_genre, 488
24888, REL5, 31662
24888, REL5, 488
24791, has_genre, 31662
24791, has_genre, 488
24791, REL5, 31662
15553, has_genre, 31662
15553, has_genre, 488
14485, has_genre, 31662
14485, has_genre, 488
20865, has_genre, 31662
20865, has_genre, 488
933, has_genre, 31662
933, has_genre, 488
933, REL5, 31662
38273, has_genre, 31662
38273, has_genre, 488
38273, REL5, 31662
38273, REL5, 488
33744, has_genre, 31662
33744, REL7, 24770
27419, has_genre, 31662
27419, REL7, 24770
38502, has_genre, 31662
38502, has_genre, 488
23481, has_genre, 31662
23481, has_genre, 488
29888, has_genre, 31662
29888, has_genre, 488
38946, has_genre, 31662
38946, has_genre, 488
24105, has_genre, 31662
24105, has_genre, 488
24105, REL5, 488
20742, has_genre, 31662
20742, REL7, 24770
16464, has_genre, 31662
16464, has_genre, 488
3324, has_genre, 31662
3324, has_genre, 488
3151, has_genre, 31662
3151, REL5, 31662
3151, REL7, 24770
27512, has_genre, 31662
27512, has_genre, 488
16842, has_genre, 31662
16842, has_genre, 488
35986, has_genre, 31662
35986, has_genre, 488
35986, REL5, 31662
35244, has_genre, 31662
35244, has_genre, 488
35244, REL5, 31662
34149, has_genre, 488
34149, REL5, 31662
18980, has_genre, 31662
18980, REL7, 24770
23000, has_genre, 31662
23000, has_genre, 488
23000, REL5, 488
34504, has_genre, 31662
34504, has_genre, 488
33226, has_genre, 31662
33226, REL7, 24770
22993, has_genre, 31662
22993, REL7, 24770
33884, has_genre, 31662
33884, has_genre, 488
14246, has_genre, 31662
14246, has_genre, 488
14836, has_genre, 31662
14836, has_genre, 488
22490, has_genre, 488
22490, REL5, 31662
17037, has_genre, 31662
17037, REL7, 24770
37831, has_genre, 31662
37831, has_genre, 488
Question: For what reason are RETROACTIVE and ENT28913 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["RETROACTIVE", "ENT28913"], "valid_edges": [["ENT824", "has_genre", "ENT845"], ["ENT824", "has_genre", "ADVENTURE"], ["ENT1009", "has_genre", "ENT845"], ["ENT1009", "has_genre", "ADVENTURE"], ["ENT1009", "REL5", "ADVENTURE"], ["ENT1033", "has_genre", "ENT845"], ["ENT1033", "has_genre", "ADVENTURE"], ["AGENT CODY BANKS", "has_genre", "ENT845"], ["AGENT CODY BANKS", "has_genre", "ADVENTURE"], ["AGENT CODY BANKS", "REL5", "ENT845"], ["ENT1113", "has_genre", "ENT845"], ["ENT1113", "REL5", "ENT845"], ["ENT1113", "REL7", "ENT166"], ["ALIENS", "has_genre", "ENT845"], ["ALIENS", "has_genre", "ADVENTURE"], ["ALIENS", "REL5", "ENT845"], ["ENT3245", "has_genre", "ENT845"], ["ENT3245", "REL7", "ENT166"], ["ENT3600", "has_genre", "ENT845"], ["ENT3600", "has_genre", "ADVENTURE"], ["ENT3600", "REL5", "ADVENTURE"], ["BEHIND ENEMY LINES", "has_genre", "ENT845"], ["BEHIND ENEMY LINES", "REL7", "ENT166"], ["CHARLIE'S ANGELS", "has_genre", "ENT845"], ["CHARLIE'S ANGELS", "has_genre", "ADVENTURE"], ["CLIFFHANGER", "has_genre", "ENT845"], ["CLIFFHANGER", "has_genre", "ADVENTURE"], ["CLIFFHANGER", "REL5", "ENT845"], ["ENT7212", "has_genre", "ENT845"], ["ENT7212", "REL5", "ENT845"], ["ENT7212", "REL7", "ENT166"], ["ENT7216", "has_genre", "ENT845"], ["ENT7216", "has_genre", "ADVENTURE"], ["ENT7216", "REL5", "ENT845"], ["ENT7216", "REL5", "ADVENTURE"], ["CONGO", "has_genre", "ENT845"], ["CONGO", "has_genre", "ADVENTURE"], ["CONSPIRACY THEORY", "has_genre", "ENT845"], ["CONSPIRACY THEORY", "REL7", "ENT166"], ["CUTTHROAT ISLAND", "has_genre", "ENT845"], ["CUTTHROAT ISLAND", "has_genre", "ADVENTURE"], ["CUTTHROAT ISLAND", "REL5", "ENT845"], ["CUTTHROAT ISLAND", "REL5", "ADVENTURE"], ["DNA", "has_genre", "ENT845"], ["DNA", "REL7", "ENT166"], ["ENT9626", "has_genre", "ENT845"], ["ENT9626", "REL7", "ENT166"], ["ENT11173", "has_genre", "ENT845"], ["ENT11173", "REL5", "ENT845"], ["ENT11173", "REL7", "ENT166"], ["ENT11513", "has_genre", "ENT845"], ["ENT11513", "has_genre", "ADVENTURE"], ["ENT11513", "REL7", "ENT166"], ["ENT11535", "has_genre", "ENT845"], ["ENT11535", "has_genre", "ADVENTURE"], ["ENT12299", "has_genre", "ENT845"], ["ENT12299", "REL7", "ENT166"], ["ENT12709", "has_genre", "ENT845"], ["ENT12709", "REL7", "ENT166"], ["ENT13918", "has_genre", "ENT845"], ["ENT13918", "has_genre", "ADVENTURE"], ["HATARI!", "has_genre", "ENT845"], ["HATARI!", "has_genre", "ADVENTURE"], ["ENT14692", "has_genre", "ENT845"], ["ENT14692", "REL7", "ENT166"], ["ENT14885", "has_genre", "ENT845"], ["ENT14885", "has_genre", "ADVENTURE"], ["ENT14885", "REL5", "ENT845"], ["ENT15411", "has_genre", "ENT845"], ["ENT15411", "has_genre", "ADVENTURE"], ["ENT15411", "REL5", "ENT845"], ["ENT15411", "REL5", "ADVENTURE"], ["ENT17527", "has_genre", "ENT845"], ["ENT17527", "has_genre", "ADVENTURE"], ["ENT17527", "REL5", "ENT845"], ["JOHNNY MNEMONIC", "REL1", "ENT28913"], ["JOHNNY MNEMONIC", "has_genre", "ENT845"], ["ENT18643", "has_genre", "ENT845"], ["ENT18643", "has_genre", "ADVENTURE"], ["ENT18656", "has_genre", "ADVENTURE"], ["ENT18656", "REL5", "ENT845"], ["ENT18656", "REL5", "ADVENTURE"], ["JURASSIC PARK III", "has_genre", "ENT845"], ["JURASSIC PARK III", "has_genre", "ADVENTURE"], ["JURASSIC PARK III", "REL5", "ADVENTURE"], ["ENT19499", "has_genre", "ENT845"], ["ENT19499", "has_genre", "ADVENTURE"], ["ENT19499", "REL5", "ENT845"], ["ENT19499", "REL5", "ADVENTURE"], ["ENT22575", "has_genre", "ENT845"], ["ENT22575", "REL7", "ENT166"], ["ENT22907", "has_genre", "ENT845"], ["ENT22907", "REL5", "ENT845"], ["ENT22907", "REL7", "ENT166"], ["ENT23055", "REL5", "ENT845"], ["ENT23055", "REL7", "ENT166"], ["ENT23125", "has_genre", "ENT845"], ["ENT23125", "REL7", "ENT166"], ["ENT24024", "has_genre", "ENT845"], ["ENT24024", "REL7", "ENT166"], ["MORTAL KOMBAT", "has_genre", "ENT845"], ["MORTAL KOMBAT", "has_genre", "ADVENTURE"], ["ENT24250", "has_genre", "ENT845"], ["ENT24250", "REL7", "ENT166"], ["ENT24305", "has_genre", "ENT845"], ["ENT24305", "has_genre", "ADVENTURE"], ["ON DEADLY GROUND", "has_genre", "ENT845"], ["ON DEADLY GROUND", "has_genre", "ADVENTURE"], ["ENT25666", "has_genre", "ENT845"], ["ENT25666", "REL7", "ENT166"], ["PATHFINDER", "has_genre", "ENT845"], ["PATHFINDER", "has_genre", "ADVENTURE"], ["POSTMAN BLUES", "has_genre", "ENT845"], ["POSTMAN BLUES", "REL7", "ENT166"], ["ENT27729", "has_genre", "ENT845"], ["ENT27729", "has_genre", "ADVENTURE"], ["ENT27729", "REL5", "ENT845"], ["ENT27729", "REL5", "ADVENTURE"], ["RETROACTIVE", "has_genre", "ENT845"], ["RETROACTIVE", "has_genre", "ADVENTURE"], ["RETROACTIVE", "REL7", "ENT166"], ["ENT29253", "has_genre", "ENT845"], ["ENT29253", "has_genre", "ADVENTURE"], ["ENT29253", "REL5", "ENT845"], ["ENT29253", "REL5", "ADVENTURE"], ["ENT29760", "has_genre", "ENT845"], ["ENT29760", "has_genre", "ADVENTURE"], ["ENT29760", "REL5", "ENT845"], ["ENT30649", "has_genre", "ENT845"], ["ENT30649", "has_genre", "ADVENTURE"], ["SHOLAY", "has_genre", "ENT845"], ["SHOLAY", "has_genre", "ADVENTURE"], ["ENT31172", "has_genre", "ENT845"], ["ENT31172", "has_genre", "ADVENTURE"], ["ENT31578", "has_genre", "ENT845"], ["ENT31578", "has_genre", "ADVENTURE"], ["ENT31578", "REL5", "ENT845"], ["ENT31716", "has_genre", "ENT845"], ["ENT31716", "has_genre", "ADVENTURE"], ["ENT31716", "REL5", "ENT845"], ["ENT31716", "REL5", "ADVENTURE"], ["ENT31740", "has_genre", "ENT845"], ["ENT31740", "REL7", "ENT166"], ["ENT31781", "has_genre", "ENT845"], ["ENT31781", "REL7", "ENT166"], ["ENT32878", "has_genre", "ENT845"], ["ENT32878", "has_genre", "ADVENTURE"], ["ENT32881", "has_genre", "ENT845"], ["ENT32881", "has_genre", "ADVENTURE"], ["ENT32883", "has_genre", "ENT845"], ["ENT32883", "has_genre", "ADVENTURE"], ["THE ADVENTURES OF FORD FAIRLANE", "has_genre", "ENT845"], ["THE ADVENTURES OF FORD FAIRLANE", "has_genre", "ADVENTURE"], ["ENT33880", "has_genre", "ENT845"], ["ENT33880", "has_genre", "ADVENTURE"], ["ENT33880", "REL5", "ADVENTURE"], ["ENT34061", "has_genre", "ENT845"], ["ENT34061", "REL7", "ENT166"], ["ENT34120", "has_genre", "ENT845"], ["ENT34120", "has_genre", "ADVENTURE"], ["THE EXTRAORDINARY ADVENTURES OF ADÈLE BLANC-SEC", "has_genre", "ENT845"], ["THE EXTRAORDINARY ADVENTURES OF ADÈLE BLANC-SEC", "has_genre", "ADVENTURE"], ["THE FIFTH ELEMENT", "has_genre", "ENT845"], ["THE FIFTH ELEMENT", "REL5", "ENT845"], ["THE FIFTH ELEMENT", "REL7", "ENT166"], ["ENT34393", "has_genre", "ENT845"], ["ENT34393", "has_genre", "ADVENTURE"], ["ENT34518", "has_genre", "ENT845"], ["ENT34518", "has_genre", "ADVENTURE"], ["ENT34567", "has_genre", "ENT845"], ["ENT34567", "has_genre", "ADVENTURE"], ["ENT34567", "REL5", "ENT845"], ["ENT34577", "has_genre", "ENT845"], ["ENT34577", "has_genre", "ADVENTURE"], ["ENT34577", "REL5", "ENT845"], ["ENT34736", "has_genre", "ADVENTURE"], ["ENT34736", "REL5", "ENT845"], ["ENT34841", "has_genre", "ENT845"], ["ENT34841", "REL7", "ENT166"], ["ENT34851", "has_genre", "ENT845"], ["ENT34851", "has_genre", "ADVENTURE"], ["ENT34851", "REL5", "ADVENTURE"], ["THE MARK OF ZORRO", "has_genre", "ENT845"], ["THE MARK OF ZORRO", "has_genre", "ADVENTURE"], ["ENT35631", "has_genre", "ENT845"], ["ENT35631", "REL7", "ENT166"], ["ENT35632", "has_genre", "ENT845"], ["ENT35632", "REL7", "ENT166"], ["ENT35719", "has_genre", "ENT845"], ["ENT35719", "has_genre", "ADVENTURE"], ["ENT37048", "has_genre", "ENT845"], ["ENT37048", "has_genre", "ADVENTURE"], ["ENT37829", "has_genre", "ENT845"], ["ENT37829", "has_genre", "ADVENTURE"], ["ENT37843", "has_genre", "ADVENTURE"], ["ENT37843", "REL5", "ENT845"], ["ENT37912", "has_genre", "ENT845"], ["ENT37912", "REL7", "ENT166"], ["ENT38401", "has_genre", "ENT845"], ["ENT38401", "has_genre", "ADVENTURE"]]}
|
metaqa
|
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
4324, ENT187
23819, ENT6865
26877, ENT36903
31454, ENT37752
28266, ENT38122
src, edge_attr, dst
26877, REL1, 23819
26877, REL5, 23819
26877, REL9, 23819
31454, REL7, 4324
28266, REL7, 4324
28266, REL9, 23819
Question: In what context are ENT36903 and ENT37752 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT36903", "ENT37752"], "valid_edges": [["ENT36903", "REL1", "ENT6865"], ["ENT36903", "REL5", "ENT6865"], ["ENT36903", "REL9", "ENT6865"], ["ENT37752", "REL7", "ENT187"], ["ENT38122", "REL7", "ENT187"], ["ENT38122", "REL9", "ENT6865"]]}
|
metaqa
|
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
25313, IGBY GOES DOWN
38617, ENT16717
6991, KIERAN CULKIN
38310, ENT34535
src, edge_attr, dst
25313, REL5, 38617
25313, REL5, 6991
25313, REL8, 38617
25313, REL8, 6991
38310, REL8, 38617
Question: How are KIERAN CULKIN and ENT34535 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["KIERAN CULKIN", "ENT34535"], "valid_edges": [["IGBY GOES DOWN", "REL5", "ENT16717"], ["IGBY GOES DOWN", "REL5", "KIERAN CULKIN"], ["IGBY GOES DOWN", "REL8", "ENT16717"], ["IGBY GOES DOWN", "REL8", "KIERAN CULKIN"], ["ENT34535", "REL8", "ENT16717"]]}
|
metaqa
|
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
28162, 1992
39935, ENT512
6465, ANNE FRANK REMEMBERED
27568, ENT4582
17931, ENT4708
977, ENT9307
2252, ENT11189
2932, ENT12582
854, ENT13070
37819, ENT13591
33655, HEDD WYN
35023, ENT16356
13941, ENT20476
34827, ENT20839
24067, ENT24272
33447, ENT26064
6741, REGRET TO INFORM
13314, SHOAH
32687, ENT32916
17859, ENT33418
25826, THE LONG WAY HOME
4016, ENT35839
15081, ENT36164
23152, ENT36169
18920, ENT36446
27279, THREE KINGS
974, ENT38803
19608, ENT38813
14497, ENT39229
src, edge_attr, dst
39935, has_genre, 19608
39935, REL5, 19608
39935, REL7, 28162
6465, has_genre, 977
6465, has_genre, 19608
27568, has_genre, 977
27568, has_genre, 19608
17931, has_genre, 977
17931, REL5, 977
17931, REL5, 19608
2252, has_genre, 977
2252, REL5, 977
2252, REL5, 19608
2932, has_genre, 977
2932, has_genre, 19608
2932, REL5, 977
854, REL5, 19608
854, REL7, 28162
33655, has_genre, 19608
33655, REL7, 28162
13941, has_genre, 977
13941, has_genre, 19608
13941, REL5, 37819
13941, REL7, 28162
34827, has_genre, 19608
34827, REL5, 37819
24067, has_genre, 19608
24067, REL9, 35023
33447, has_genre, 977
33447, has_genre, 19608
6741, has_genre, 977
6741, has_genre, 19608
13314, has_genre, 977
13314, has_genre, 19608
32687, has_genre, 977
32687, has_genre, 19608
32687, REL5, 977
17859, has_genre, 977
17859, has_genre, 19608
25826, has_genre, 977
25826, has_genre, 19608
4016, has_genre, 977
4016, has_genre, 19608
4016, REL5, 977
15081, has_genre, 977
15081, has_genre, 19608
23152, has_genre, 977
23152, has_genre, 19608
18920, has_genre, 977
18920, REL5, 977
18920, REL5, 19608
27279, REL5, 37819
27279, REL5, 19608
974, has_genre, 977
974, REL5, 977
974, REL5, 19608
14497, has_genre, 977
14497, has_genre, 19608
14497, REL5, 977
14497, REL5, 19608
Question: In what context are ENT16356 and ENT20476 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT16356", "ENT20476"], "valid_edges": [["ENT512", "has_genre", "ENT38813"], ["ENT512", "REL5", "ENT38813"], ["ENT512", "REL7", "1992"], ["ANNE FRANK REMEMBERED", "has_genre", "ENT9307"], ["ANNE FRANK REMEMBERED", "has_genre", "ENT38813"], ["ENT4582", "has_genre", "ENT9307"], ["ENT4582", "has_genre", "ENT38813"], ["ENT4708", "has_genre", "ENT9307"], ["ENT4708", "REL5", "ENT9307"], ["ENT4708", "REL5", "ENT38813"], ["ENT11189", "has_genre", "ENT9307"], ["ENT11189", "REL5", "ENT9307"], ["ENT11189", "REL5", "ENT38813"], ["ENT12582", "has_genre", "ENT9307"], ["ENT12582", "has_genre", "ENT38813"], ["ENT12582", "REL5", "ENT9307"], ["ENT13070", "REL5", "ENT38813"], ["ENT13070", "REL7", "1992"], ["HEDD WYN", "has_genre", "ENT38813"], ["HEDD WYN", "REL7", "1992"], ["ENT20476", "has_genre", "ENT9307"], ["ENT20476", "has_genre", "ENT38813"], ["ENT20476", "REL5", "ENT13591"], ["ENT20476", "REL7", "1992"], ["ENT20839", "has_genre", "ENT38813"], ["ENT20839", "REL5", "ENT13591"], ["ENT24272", "has_genre", "ENT38813"], ["ENT24272", "REL9", "ENT16356"], ["ENT26064", "has_genre", "ENT9307"], ["ENT26064", "has_genre", "ENT38813"], ["REGRET TO INFORM", "has_genre", "ENT9307"], ["REGRET TO INFORM", "has_genre", "ENT38813"], ["SHOAH", "has_genre", "ENT9307"], ["SHOAH", "has_genre", "ENT38813"], ["ENT32916", "has_genre", "ENT9307"], ["ENT32916", "has_genre", "ENT38813"], ["ENT32916", "REL5", "ENT9307"], ["ENT33418", "has_genre", "ENT9307"], ["ENT33418", "has_genre", "ENT38813"], ["THE LONG WAY HOME", "has_genre", "ENT9307"], ["THE LONG WAY HOME", "has_genre", "ENT38813"], ["ENT35839", "has_genre", "ENT9307"], ["ENT35839", "has_genre", "ENT38813"], ["ENT35839", "REL5", "ENT9307"], ["ENT36164", "has_genre", "ENT9307"], ["ENT36164", "has_genre", "ENT38813"], ["ENT36169", "has_genre", "ENT9307"], ["ENT36169", "has_genre", "ENT38813"], ["ENT36446", "has_genre", "ENT9307"], ["ENT36446", "REL5", "ENT9307"], ["ENT36446", "REL5", "ENT38813"], ["THREE KINGS", "REL5", "ENT13591"], ["THREE KINGS", "REL5", "ENT38813"], ["ENT38803", "has_genre", "ENT9307"], ["ENT38803", "REL5", "ENT9307"], ["ENT38803", "REL5", "ENT38813"], ["ENT39229", "has_genre", "ENT9307"], ["ENT39229", "has_genre", "ENT38813"], ["ENT39229", "REL5", "ENT9307"], ["ENT39229", "REL5", "ENT38813"]]}
|
metaqa
|
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
24770, ENT166
34413, ENT168
14235, ENT351
2866, ENT3034
25389, LEVEL FIVE
28031, ENT23839
36618, ENT29273
11750, ENT32368
39762, ENT35968
1088, ENT38232
25522, ENT39682
src, edge_attr, dst
14235, REL7, 24770
14235, REL7, 34413
2866, REL5, 28031
2866, REL5, 1088
2866, REL7, 34413
2866, REL8, 28031
2866, REL8, 1088
25389, REL7, 24770
36618, REL5, 28031
36618, REL7, 24770
36618, REL8, 28031
11750, REL7, 34413
11750, REL8, 28031
39762, REL5, 1088
39762, REL7, 24770
39762, REL8, 1088
25522, REL7, 34413
25522, REL8, 1088
Question: In what context are ENT3034 and LEVEL FIVE connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT3034", "LEVEL FIVE"], "valid_edges": [["ENT351", "REL7", "ENT166"], ["ENT351", "REL7", "ENT168"], ["ENT3034", "REL5", "ENT23839"], ["ENT3034", "REL5", "ENT38232"], ["ENT3034", "REL7", "ENT168"], ["ENT3034", "REL8", "ENT23839"], ["ENT3034", "REL8", "ENT38232"], ["LEVEL FIVE", "REL7", "ENT166"], ["ENT29273", "REL5", "ENT23839"], ["ENT29273", "REL7", "ENT166"], ["ENT29273", "REL8", "ENT23839"], ["ENT32368", "REL7", "ENT168"], ["ENT32368", "REL8", "ENT23839"], ["ENT35968", "REL5", "ENT38232"], ["ENT35968", "REL7", "ENT166"], ["ENT35968", "REL8", "ENT38232"], ["ENT39682", "REL7", "ENT168"], ["ENT39682", "REL8", "ENT38232"]]}
|
metaqa
|
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
20922, ENT193
6501, ENT1826
37883, ENT24831
31619, ENT33982
2840, ENT34856
src, edge_attr, dst
37883, REL7, 20922
37883, REL8, 6501
31619, REL7, 20922
2840, REL5, 6501
2840, REL8, 6501
Question: How are ENT33982 and ENT34856 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT33982", "ENT34856"], "valid_edges": [["ENT24831", "REL7", "ENT193"], ["ENT24831", "REL8", "ENT1826"], ["ENT33982", "REL7", "ENT193"], ["ENT34856", "REL5", "ENT1826"], ["ENT34856", "REL8", "ENT1826"]]}
|
metaqa
|
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
12473, ENT197
2817, FOUR HORSEMEN
18860, NOAM CHOMSKY
40067, RADIO SILENCE
5260, ENT38220
src, edge_attr, dst
2817, REL7, 12473
2817, REL8, 18860
5260, REL1, 40067
5260, REL7, 12473
5260, REL9, 40067
Question: How are NOAM CHOMSKY and RADIO SILENCE related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["NOAM CHOMSKY", "RADIO SILENCE"], "valid_edges": [["FOUR HORSEMEN", "REL7", "ENT197"], ["FOUR HORSEMEN", "REL8", "NOAM CHOMSKY"], ["ENT38220", "REL1", "RADIO SILENCE"], ["ENT38220", "REL7", "ENT197"], ["ENT38220", "REL9", "RADIO SILENCE"]]}
|
metaqa
|
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
31662, ENT845
28944, DAVID DALESSANDRO
15406, ENT14681
26860, ENT31276
22490, ENT37843
src, edge_attr, dst
26860, has_genre, 31662
26860, REL9, 28944
22490, REL5, 31662
22490, REL5, 15406
22490, REL9, 15406
Question: How are DAVID DALESSANDRO and ENT14681 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["DAVID DALESSANDRO", "ENT14681"], "valid_edges": [["ENT31276", "has_genre", "ENT845"], ["ENT31276", "REL9", "DAVID DALESSANDRO"], ["ENT37843", "REL5", "ENT845"], ["ENT37843", "REL5", "ENT14681"], ["ENT37843", "REL9", "ENT14681"]]}
|
metaqa
|
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
19036, AROUND THE WORLD IN 80 DAYS
30530, ENT7002
17148, ENT7161
25430, ENT11432
34292, INVENTOR
src, edge_attr, dst
19036, has_genre, 17148
19036, REL5, 34292
30530, has_genre, 17148
30530, REL5, 34292
25430, has_genre, 17148
25430, REL5, 17148
Question: How are ENT11432 and INVENTOR related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT11432", "INVENTOR"], "valid_edges": [["AROUND THE WORLD IN 80 DAYS", "has_genre", "ENT7161"], ["AROUND THE WORLD IN 80 DAYS", "REL5", "INVENTOR"], ["ENT7002", "has_genre", "ENT7161"], ["ENT7002", "REL5", "INVENTOR"], ["ENT11432", "has_genre", "ENT7161"], ["ENT11432", "REL5", "ENT7161"]]}
|
metaqa
|
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
18141, BILL FISHMAN
1150, ENT5574
17148, ENT7161
5215, ENT11193
31347, ENT32409
20897, ENT32847
src, edge_attr, dst
1150, REL1, 18141
1150, has_genre, 17148
31347, has_genre, 17148
31347, REL5, 17148
31347, REL5, 5215
20897, REL1, 18141
20897, has_genre, 17148
20897, REL9, 18141
Question: How are BILL FISHMAN and ENT11193 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["BILL FISHMAN", "ENT11193"], "valid_edges": [["ENT5574", "REL1", "BILL FISHMAN"], ["ENT5574", "has_genre", "ENT7161"], ["ENT32409", "has_genre", "ENT7161"], ["ENT32409", "REL5", "ENT7161"], ["ENT32409", "REL5", "ENT11193"], ["ENT32847", "REL1", "BILL FISHMAN"], ["ENT32847", "has_genre", "ENT7161"], ["ENT32847", "REL9", "BILL FISHMAN"]]}
|
metaqa
|
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
6586, ENT167
12724, HAPPINESS
34109, JIM BISHOP
24591, ENT31131
1797, THE DAY LINCOLN WAS SHOT
src, edge_attr, dst
12724, REL5, 24591
12724, REL7, 6586
1797, REL7, 6586
1797, REL9, 34109
Question: How are JIM BISHOP and ENT31131 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["JIM BISHOP", "ENT31131"], "valid_edges": [["HAPPINESS", "REL5", "ENT31131"], ["HAPPINESS", "REL7", "ENT167"], ["THE DAY LINCOLN WAS SHOT", "REL7", "ENT167"], ["THE DAY LINCOLN WAS SHOT", "REL9", "JIM BISHOP"]]}
|
metaqa
|
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
39550, ENT8166
37852, ENT14733
29464, INFERNO
33310, ENT28247
7133, THE DEVIL BAT
src, edge_attr, dst
29464, has_genre, 37852
29464, REL8, 33310
7133, has_genre, 37852
7133, REL8, 39550
Question: For what reason are ENT8166 and ENT28247 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT8166", "ENT28247"], "valid_edges": [["INFERNO", "has_genre", "ENT14733"], ["INFERNO", "REL8", "ENT28247"], ["THE DEVIL BAT", "has_genre", "ENT14733"], ["THE DEVIL BAT", "REL8", "ENT8166"]]}
|
metaqa
|
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
23196, ENT97
4213, BABY TAKE A BOW
13260, ENT11222
21362, ENT22309
7239, ENT33408
src, edge_attr, dst
4213, has_genre, 13260
4213, REL7, 23196
21362, has_genre, 13260
7239, REL7, 23196
Question: How are ENT22309 and ENT33408 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT22309", "ENT33408"], "valid_edges": [["BABY TAKE A BOW", "has_genre", "ENT11222"], ["BABY TAKE A BOW", "REL7", "ENT97"], ["ENT22309", "has_genre", "ENT11222"], ["ENT33408", "REL7", "ENT97"]]}
|
metaqa
|
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
12966, 1947
35337, DEAD RECKONING
23914, ENT17548
38674, ENT20858
12704, SHERMAN TODD
33695, THE RACKET
src, edge_attr, dst
35337, REL1, 23914
35337, REL5, 23914
35337, REL7, 12966
35337, REL8, 38674
33695, REL1, 23914
33695, REL1, 12704
33695, REL8, 38674
Question: For what reason are 1947 and SHERMAN TODD associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["1947", "SHERMAN TODD"], "valid_edges": [["DEAD RECKONING", "REL1", "ENT17548"], ["DEAD RECKONING", "REL5", "ENT17548"], ["DEAD RECKONING", "REL7", "1947"], ["DEAD RECKONING", "REL8", "ENT20858"], ["THE RACKET", "REL1", "ENT17548"], ["THE RACKET", "REL1", "SHERMAN TODD"], ["THE RACKET", "REL8", "ENT20858"]]}
|
metaqa
|
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
13655, ENT1697
17148, ENT7161
16611, ENT12048
29607, GARY NELSON
34579, ENT27442
16840, ENT39678
src, edge_attr, dst
13655, REL1, 29607
13655, has_genre, 17148
16611, REL1, 29607
16611, has_genre, 17148
16840, has_genre, 17148
16840, REL5, 34579
Question: For what reason are GARY NELSON and ENT27442 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["GARY NELSON", "ENT27442"], "valid_edges": [["ENT1697", "REL1", "GARY NELSON"], ["ENT1697", "has_genre", "ENT7161"], ["ENT12048", "REL1", "GARY NELSON"], ["ENT12048", "has_genre", "ENT7161"], ["ENT39678", "has_genre", "ENT7161"], ["ENT39678", "REL5", "ENT27442"]]}
|
metaqa
|
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
37792, ENT136
16870, DOROTHY STICKNEY
33509, HOWARD HAWKS
34324, ENT15090
18556, ENT28585
src, edge_attr, dst
34324, REL7, 37792
34324, REL8, 16870
18556, REL1, 33509
18556, REL7, 37792
Question: How are DOROTHY STICKNEY and HOWARD HAWKS related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["DOROTHY STICKNEY", "HOWARD HAWKS"], "valid_edges": [["ENT15090", "REL7", "ENT136"], ["ENT15090", "REL8", "DOROTHY STICKNEY"], ["ENT28585", "REL1", "HOWARD HAWKS"], ["ENT28585", "REL7", "ENT136"]]}
|
metaqa
|
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
1553, ALEXANDRA HAY
22696, ENT3569
28733, ENT17640
20331, ENT19478
9085, ENT19480
16517, ENT23962
22265, MONSTER
src, edge_attr, dst
20331, REL1, 28733
20331, REL5, 22696
20331, REL5, 20331
20331, REL5, 22265
9085, REL1, 28733
9085, REL5, 20331
9085, REL5, 22265
16517, REL5, 22696
16517, REL8, 1553
Question: In what context are ALEXANDRA HAY and ENT19480 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ALEXANDRA HAY", "ENT19480"], "valid_edges": [["ENT19478", "REL1", "ENT17640"], ["ENT19478", "REL5", "ENT3569"], ["ENT19478", "REL5", "ENT19478"], ["ENT19478", "REL5", "MONSTER"], ["ENT19480", "REL1", "ENT17640"], ["ENT19480", "REL5", "ENT19478"], ["ENT19480", "REL5", "MONSTER"], ["ENT23962", "REL5", "ENT3569"], ["ENT23962", "REL8", "ALEXANDRA HAY"]]}
|
metaqa
|
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
18257, ENT4404
784, DAVID L. LINDSEY
5229, ENT18470
9142, ENT23087
6512, ENT37036
src, edge_attr, dst
18257, has_genre, 6512
18257, REL8, 5229
9142, has_genre, 6512
9142, REL9, 784
Question: How are DAVID L. LINDSEY and ENT18470 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["DAVID L. LINDSEY", "ENT18470"], "valid_edges": [["ENT4404", "has_genre", "ENT37036"], ["ENT4404", "REL8", "ENT18470"], ["ENT23087", "has_genre", "ENT37036"], ["ENT23087", "REL9", "DAVID L. LINDSEY"]]}
|
metaqa
|
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
27569, ENT128
12190, ENT184
25512, ENT457
30580, A MONKEY IN WINTER
17181, ENT602
5471, ENT1649
20185, ALL NIGHT LONG
34720, ENT2944
1662, ENT3239
32834, ENT3681
32920, ENT3804
2493, BERNIE
19371, ENT4201
13497, BOYS' NIGHT OUT
13100, ENT5116
24653, ENT5724
17148, ENT7161
24936, ENT7509
0, ENT10171
6457, ENT11078
10276, FEAR AND LOATHING IN LAS VEGAS
2009, ENT12379
27578, GIRLS! GIRLS! GIRLS!
26623, ENT13555
1917, GYPSY
1033, IF A MAN ANSWERS
39133, IN HER SHOES
3866, INDISCREET
5680, IRMA LA DOUCE
2708, ENT19954
11187, LET'S MAKE LOVE
8713, ENT21550
24476, ENT23371
39855, ENT24023
6178, ENT24237
5238, ENT24278
14324, ENT24425
3927, ENT25331
8041, ENT25736
28343, ENT25918
35198, ENT26623
18507, ENT27296
19041, ENT27404
12089, R
3809, ENT29548
12810, SHIRLEY MACLAINE
274, SIN CITY
23010, ENT33080
10771, ENT33192
21453, THE APARTMENT
8870, ENT33491
30413, THE DEVIL AND MISS JONES
29616, ENT35308
27402, ENT35515
36062, ENT35925
32029, THE SUITOR
4235, ENT36519
30585, ENT36602
13636, ENT36643
6512, ENT37036
27007, ENT37695
32132, ENT39043
22663, YVES MONTAND
27182, ENT40112
src, edge_attr, dst
25512, has_genre, 17148
25512, REL8, 0
30580, has_genre, 17148
30580, REL7, 27569
17181, has_genre, 17148
17181, REL5, 17148
17181, REL5, 0
17181, REL8, 0
5471, has_genre, 17148
5471, REL8, 12810
20185, has_genre, 17148
20185, REL7, 27569
34720, has_genre, 17148
34720, REL8, 12810
1662, has_genre, 17148
1662, REL9, 3927
32834, has_genre, 17148
32834, REL8, 12810
2493, has_genre, 17148
2493, REL8, 12810
19371, has_genre, 17148
19371, REL7, 27569
13497, has_genre, 17148
13497, REL7, 27569
13100, has_genre, 17148
13100, REL8, 0
24653, has_genre, 17148
24653, REL8, 12810
6457, has_genre, 17148
6457, has_genre, 24936
6457, REL5, 32920
6457, REL8, 32920
10276, has_genre, 17148
10276, REL5, 32920
10276, REL5, 17148
10276, REL5, 28343
10276, REL8, 32920
2009, has_genre, 17148
2009, REL8, 12810
27578, has_genre, 17148
27578, REL7, 27569
26623, has_genre, 17148
26623, REL8, 12810
1917, has_genre, 17148
1917, REL7, 27569
1033, has_genre, 17148
1033, REL7, 27569
39133, has_genre, 17148
39133, REL5, 12810
3866, has_genre, 17148
3866, REL9, 3927
5680, has_genre, 17148
5680, REL5, 12810
5680, REL8, 12810
2708, has_genre, 17148
2708, REL8, 0
11187, has_genre, 17148
11187, REL8, 22663
11187, REL9, 3927
8713, has_genre, 17148
8713, REL7, 27569
39855, has_genre, 17148
39855, has_genre, 24936
39855, REL5, 24476
39855, REL8, 32920
39855, REL8, 24476
6178, has_genre, 17148
6178, REL7, 27569
5238, has_genre, 17148
5238, REL8, 12810
14324, has_genre, 17148
14324, REL7, 27569
14324, REL8, 0
14324, REL8, 12810
14324, REL8, 22663
14324, REL9, 3927
8041, has_genre, 17148
8041, REL7, 27569
35198, has_genre, 17148
35198, REL7, 27569
18507, has_genre, 17148
18507, REL8, 12810
19041, REL1, 3927
19041, has_genre, 17148
19041, REL9, 3927
3809, has_genre, 17148
3809, REL8, 12810
274, has_genre, 6512
274, REL5, 32920
274, REL5, 24476
274, REL5, 28343
274, REL5, 12089
23010, has_genre, 17148
23010, REL5, 12810
23010, REL8, 12810
10771, has_genre, 17148
10771, REL7, 27569
21453, has_genre, 17148
21453, REL5, 17148
21453, REL5, 12810
21453, REL8, 12810
8870, REL1, 3927
8870, has_genre, 17148
8870, REL9, 3927
30413, has_genre, 17148
30413, REL9, 3927
29616, has_genre, 17148
29616, REL8, 12810
27402, has_genre, 17148
27402, REL7, 27569
36062, has_genre, 17148
36062, REL7, 27569
32029, has_genre, 17148
32029, REL7, 27569
4235, has_genre, 24936
4235, has_genre, 6512
4235, REL5, 32920
4235, REL5, 24936
4235, REL5, 28343
4235, REL5, 12089
4235, REL5, 6512
4235, REL8, 32920
30585, has_genre, 24936
30585, REL5, 32920
30585, REL5, 24936
30585, REL7, 12190
30585, REL8, 32920
13636, has_genre, 17148
13636, REL8, 0
27007, has_genre, 24936
27007, REL5, 32920
27007, REL5, 12089
27007, REL7, 12190
27007, REL8, 32920
32132, has_genre, 17148
32132, REL8, 12810
27182, has_genre, 17148
27182, REL7, 27569
Question: In what context are ENT3804 and ENT24425 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT3804", "ENT24425"], "valid_edges": [["ENT457", "has_genre", "ENT7161"], ["ENT457", "REL8", "ENT10171"], ["A MONKEY IN WINTER", "has_genre", "ENT7161"], ["A MONKEY IN WINTER", "REL7", "ENT128"], ["ENT602", "has_genre", "ENT7161"], ["ENT602", "REL5", "ENT7161"], ["ENT602", "REL5", "ENT10171"], ["ENT602", "REL8", "ENT10171"], ["ENT1649", "has_genre", "ENT7161"], ["ENT1649", "REL8", "SHIRLEY MACLAINE"], ["ALL NIGHT LONG", "has_genre", "ENT7161"], ["ALL NIGHT LONG", "REL7", "ENT128"], ["ENT2944", "has_genre", "ENT7161"], ["ENT2944", "REL8", "SHIRLEY MACLAINE"], ["ENT3239", "has_genre", "ENT7161"], ["ENT3239", "REL9", "ENT25331"], ["ENT3681", "has_genre", "ENT7161"], ["ENT3681", "REL8", "SHIRLEY MACLAINE"], ["BERNIE", "has_genre", "ENT7161"], ["BERNIE", "REL8", "SHIRLEY MACLAINE"], ["ENT4201", "has_genre", "ENT7161"], ["ENT4201", "REL7", "ENT128"], ["BOYS' NIGHT OUT", "has_genre", "ENT7161"], ["BOYS' NIGHT OUT", "REL7", "ENT128"], ["ENT5116", "has_genre", "ENT7161"], ["ENT5116", "REL8", "ENT10171"], ["ENT5724", "has_genre", "ENT7161"], ["ENT5724", "REL8", "SHIRLEY MACLAINE"], ["ENT11078", "has_genre", "ENT7161"], ["ENT11078", "has_genre", "ENT7509"], ["ENT11078", "REL5", "ENT3804"], ["ENT11078", "REL8", "ENT3804"], ["FEAR AND LOATHING IN LAS VEGAS", "has_genre", "ENT7161"], ["FEAR AND LOATHING IN LAS VEGAS", "REL5", "ENT3804"], ["FEAR AND LOATHING IN LAS VEGAS", "REL5", "ENT7161"], ["FEAR AND LOATHING IN LAS VEGAS", "REL5", "ENT25918"], ["FEAR AND LOATHING IN LAS VEGAS", "REL8", "ENT3804"], ["ENT12379", "has_genre", "ENT7161"], ["ENT12379", "REL8", "SHIRLEY MACLAINE"], ["GIRLS! GIRLS! GIRLS!", "has_genre", "ENT7161"], ["GIRLS! GIRLS! GIRLS!", "REL7", "ENT128"], ["ENT13555", "has_genre", "ENT7161"], ["ENT13555", "REL8", "SHIRLEY MACLAINE"], ["GYPSY", "has_genre", "ENT7161"], ["GYPSY", "REL7", "ENT128"], ["IF A MAN ANSWERS", "has_genre", "ENT7161"], ["IF A MAN ANSWERS", "REL7", "ENT128"], ["IN HER SHOES", "has_genre", "ENT7161"], ["IN HER SHOES", "REL5", "SHIRLEY MACLAINE"], ["INDISCREET", "has_genre", "ENT7161"], ["INDISCREET", "REL9", "ENT25331"], ["IRMA LA DOUCE", "has_genre", "ENT7161"], ["IRMA LA DOUCE", "REL5", "SHIRLEY MACLAINE"], ["IRMA LA DOUCE", "REL8", "SHIRLEY MACLAINE"], ["ENT19954", "has_genre", "ENT7161"], ["ENT19954", "REL8", "ENT10171"], ["LET'S MAKE LOVE", "has_genre", "ENT7161"], ["LET'S MAKE LOVE", "REL8", "YVES MONTAND"], ["LET'S MAKE LOVE", "REL9", "ENT25331"], ["ENT21550", "has_genre", "ENT7161"], ["ENT21550", "REL7", "ENT128"], ["ENT24023", "has_genre", "ENT7161"], ["ENT24023", "has_genre", "ENT7509"], ["ENT24023", "REL5", "ENT23371"], ["ENT24023", "REL8", "ENT3804"], ["ENT24023", "REL8", "ENT23371"], ["ENT24237", "has_genre", "ENT7161"], ["ENT24237", "REL7", "ENT128"], ["ENT24278", "has_genre", "ENT7161"], ["ENT24278", "REL8", "SHIRLEY MACLAINE"], ["ENT24425", "has_genre", "ENT7161"], ["ENT24425", "REL7", "ENT128"], ["ENT24425", "REL8", "ENT10171"], ["ENT24425", "REL8", "SHIRLEY MACLAINE"], ["ENT24425", "REL8", "YVES MONTAND"], ["ENT24425", "REL9", "ENT25331"], ["ENT25736", "has_genre", "ENT7161"], ["ENT25736", "REL7", "ENT128"], ["ENT26623", "has_genre", "ENT7161"], ["ENT26623", "REL7", "ENT128"], ["ENT27296", "has_genre", "ENT7161"], ["ENT27296", "REL8", "SHIRLEY MACLAINE"], ["ENT27404", "REL1", "ENT25331"], ["ENT27404", "has_genre", "ENT7161"], ["ENT27404", "REL9", "ENT25331"], ["ENT29548", "has_genre", "ENT7161"], ["ENT29548", "REL8", "SHIRLEY MACLAINE"], ["SIN CITY", "has_genre", "ENT37036"], ["SIN CITY", "REL5", "ENT3804"], ["SIN CITY", "REL5", "ENT23371"], ["SIN CITY", "REL5", "ENT25918"], ["SIN CITY", "REL5", "R"], ["ENT33080", "has_genre", "ENT7161"], ["ENT33080", "REL5", "SHIRLEY MACLAINE"], ["ENT33080", "REL8", "SHIRLEY MACLAINE"], ["ENT33192", "has_genre", "ENT7161"], ["ENT33192", "REL7", "ENT128"], ["THE APARTMENT", "has_genre", "ENT7161"], ["THE APARTMENT", "REL5", "ENT7161"], ["THE APARTMENT", "REL5", "SHIRLEY MACLAINE"], ["THE APARTMENT", "REL8", "SHIRLEY MACLAINE"], ["ENT33491", "REL1", "ENT25331"], ["ENT33491", "has_genre", "ENT7161"], ["ENT33491", "REL9", "ENT25331"], ["THE DEVIL AND MISS JONES", "has_genre", "ENT7161"], ["THE DEVIL AND MISS JONES", "REL9", "ENT25331"], ["ENT35308", "has_genre", "ENT7161"], ["ENT35308", "REL8", "SHIRLEY MACLAINE"], ["ENT35515", "has_genre", "ENT7161"], ["ENT35515", "REL7", "ENT128"], ["ENT35925", "has_genre", "ENT7161"], ["ENT35925", "REL7", "ENT128"], ["THE SUITOR", "has_genre", "ENT7161"], ["THE SUITOR", "REL7", "ENT128"], ["ENT36519", "has_genre", "ENT7509"], ["ENT36519", "has_genre", "ENT37036"], ["ENT36519", "REL5", "ENT3804"], ["ENT36519", "REL5", "ENT7509"], ["ENT36519", "REL5", "ENT25918"], ["ENT36519", "REL5", "R"], ["ENT36519", "REL5", "ENT37036"], ["ENT36519", "REL8", "ENT3804"], ["ENT36602", "has_genre", "ENT7509"], ["ENT36602", "REL5", "ENT3804"], ["ENT36602", "REL5", "ENT7509"], ["ENT36602", "REL7", "ENT184"], ["ENT36602", "REL8", "ENT3804"], ["ENT36643", "has_genre", "ENT7161"], ["ENT36643", "REL8", "ENT10171"], ["ENT37695", "has_genre", "ENT7509"], ["ENT37695", "REL5", "ENT3804"], ["ENT37695", "REL5", "R"], ["ENT37695", "REL7", "ENT184"], ["ENT37695", "REL8", "ENT3804"], ["ENT39043", "has_genre", "ENT7161"], ["ENT39043", "REL8", "SHIRLEY MACLAINE"], ["ENT40112", "has_genre", "ENT7161"], ["ENT40112", "REL7", "ENT128"]]}
|
metaqa
|
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
38669, ENT164
3178, DANISH
31952, MR. HOLLAND'S OPUS
7454, PAN
20738, ENT31775
src, edge_attr, dst
31952, REL7, 38669
7454, in_language, 3178
7454, REL7, 38669
20738, in_language, 3178
Question: How are MR. HOLLAND'S OPUS and ENT31775 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["MR. HOLLAND'S OPUS", "ENT31775"], "valid_edges": [["MR. HOLLAND'S OPUS", "REL7", "ENT164"], ["PAN", "in_language", "DANISH"], ["PAN", "REL7", "ENT164"], ["ENT31775", "in_language", "DANISH"]]}
|
metaqa
|
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
39281, FRED WARD
6396, ENT31120
27115, ENT31506
31942, ENT37051
src, edge_attr, dst
27115, REL8, 39281
31942, in_language, 6396
31942, REL8, 39281
Question: How are ENT31120 and ENT31506 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT31120", "ENT31506"], "valid_edges": [["ENT31506", "REL8", "FRED WARD"], ["ENT37051", "in_language", "ENT31120"], ["ENT37051", "REL8", "FRED WARD"]]}
|
metaqa
|
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
24245, ENT6749
24510, ENT10051
9410, ENT23540
6512, ENT37036
26006, ENT37323
16523, VALKYRIE
src, edge_attr, dst
24245, has_genre, 6512
24245, REL8, 24510
26006, has_genre, 6512
26006, REL9, 9410
16523, has_genre, 6512
16523, REL5, 24510
Question: In what context are ENT10051 and ENT23540 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT10051", "ENT23540"], "valid_edges": [["ENT6749", "has_genre", "ENT37036"], ["ENT6749", "REL8", "ENT10051"], ["ENT37323", "has_genre", "ENT37036"], ["ENT37323", "REL9", "ENT23540"], ["VALKYRIE", "has_genre", "ENT37036"], ["VALKYRIE", "REL5", "ENT10051"]]}
|
metaqa
|
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
13063, ENT194
12473, ENT197
28714, ABIGAIL BRESLIN
1064, ADVENTURELAND
5547, ENT3155
27606, ENT8806
19605, ENT16995
12825, ENT24468
23040, ENT31346
23793, STEPHEN LANG
39755, ENT34431
16852, ENT35331
24480, WOODY HARRELSON
26986, ENT40097
src, edge_attr, dst
12473, REL5, 24480
12473, REL7, 13063
1064, REL5, 19605
1064, REL7, 13063
1064, REL8, 19605
5547, REL7, 13063
5547, REL8, 23793
27606, REL5, 24480
27606, REL7, 13063
27606, REL8, 24480
12825, REL5, 28714
12825, REL7, 13063
12825, REL8, 28714
23040, REL5, 19605
23040, REL7, 13063
39755, REL7, 13063
39755, REL8, 23793
16852, REL5, 24480
16852, REL7, 13063
16852, REL8, 24480
26986, REL5, 28714
26986, REL5, 19605
26986, REL5, 24480
26986, REL7, 13063
26986, REL8, 28714
26986, REL8, 19605
26986, REL8, 24480
Question: How are STEPHEN LANG and ENT40097 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["STEPHEN LANG", "ENT40097"], "valid_edges": [["ENT197", "REL5", "WOODY HARRELSON"], ["ENT197", "REL7", "ENT194"], ["ADVENTURELAND", "REL5", "ENT16995"], ["ADVENTURELAND", "REL7", "ENT194"], ["ADVENTURELAND", "REL8", "ENT16995"], ["ENT3155", "REL7", "ENT194"], ["ENT3155", "REL8", "STEPHEN LANG"], ["ENT8806", "REL5", "WOODY HARRELSON"], ["ENT8806", "REL7", "ENT194"], ["ENT8806", "REL8", "WOODY HARRELSON"], ["ENT24468", "REL5", "ABIGAIL BRESLIN"], ["ENT24468", "REL7", "ENT194"], ["ENT24468", "REL8", "ABIGAIL BRESLIN"], ["ENT31346", "REL5", "ENT16995"], ["ENT31346", "REL7", "ENT194"], ["ENT34431", "REL7", "ENT194"], ["ENT34431", "REL8", "STEPHEN LANG"], ["ENT35331", "REL5", "WOODY HARRELSON"], ["ENT35331", "REL7", "ENT194"], ["ENT35331", "REL8", "WOODY HARRELSON"], ["ENT40097", "REL5", "ABIGAIL BRESLIN"], ["ENT40097", "REL5", "ENT16995"], ["ENT40097", "REL5", "WOODY HARRELSON"], ["ENT40097", "REL7", "ENT194"], ["ENT40097", "REL8", "ABIGAIL BRESLIN"], ["ENT40097", "REL8", "ENT16995"], ["ENT40097", "REL8", "WOODY HARRELSON"]]}
|
metaqa
|
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
34556, ENT4526
11588, ENT13654
25392, MARTIN SHERMAN
4319, ENT24269
38810, THE SLEEPING DICTIONARY
src, edge_attr, dst
4319, REL8, 34556
4319, REL9, 25392
38810, REL1, 11588
38810, REL8, 34556
38810, REL9, 11588
Question: How are ENT13654 and MARTIN SHERMAN related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT13654", "MARTIN SHERMAN"], "valid_edges": [["ENT24269", "REL8", "ENT4526"], ["ENT24269", "REL9", "MARTIN SHERMAN"], ["THE SLEEPING DICTIONARY", "REL1", "ENT13654"], ["THE SLEEPING DICTIONARY", "REL8", "ENT4526"], ["THE SLEEPING DICTIONARY", "REL9", "ENT13654"]]}
|
metaqa
|
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
24689, ENT18039
12089, R
17827, ENT32199
17161, ENT34842
20315, ENT37331
src, edge_attr, dst
17827, REL5, 24689
17827, REL5, 12089
17827, REL8, 24689
17161, REL5, 12089
17161, REL9, 20315
Question: How are ENT18039 and ENT37331 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT18039", "ENT37331"], "valid_edges": [["ENT32199", "REL5", "ENT18039"], ["ENT32199", "REL5", "R"], ["ENT32199", "REL8", "ENT18039"], ["ENT34842", "REL5", "R"], ["ENT34842", "REL9", "ENT37331"]]}
|
metaqa
|
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
15186, ENT9243
5232, ENT14422
828, SATAN MET A LADY
8606, ENT34733
25118, ENT39394
src, edge_attr, dst
5232, REL5, 15186
828, REL1, 25118
8606, REL1, 25118
8606, REL5, 15186
8606, REL5, 25118
Question: For what reason are ENT14422 and SATAN MET A LADY associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT14422", "SATAN MET A LADY"], "valid_edges": [["ENT14422", "REL5", "ENT9243"], ["SATAN MET A LADY", "REL1", "ENT39394"], ["ENT34733", "REL1", "ENT39394"], ["ENT34733", "REL5", "ENT9243"], ["ENT34733", "REL5", "ENT39394"]]}
|
metaqa
|
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
31212, ENT149
13063, ENT194
10263, ENT451
15461, ALIENS
1503, ENT1974
7876, ENT1975
17148, ENT7161
27776, ENT11838
25678, FULL MOON HIGH
13814, ENT13441
3562, ENT13783
37852, ENT14733
23718, INFESTATION
23684, ENT16846
15323, LO
4588, ENT27729
937, ENT30089
37919, ENT30287
4022, ENT30439
4871, ENT30448
20747, ENT31193
11729, STUDENT BODIES
5192, ENT35901
33424, ENT36352
30557, ENT37607
17603, ENT37722
src, edge_attr, dst
31212, has_genre, 17148
31212, REL7, 13063
10263, has_genre, 37852
10263, REL5, 4871
15461, REL5, 27776
15461, REL5, 37852
15461, REL5, 4871
1503, has_genre, 37852
1503, REL7, 31212
7876, has_genre, 37852
7876, REL5, 4871
25678, has_genre, 37852
25678, REL7, 31212
3562, has_genre, 37852
3562, REL5, 27776
3562, REL5, 37852
3562, REL5, 4871
3562, REL5, 20747
3562, REL7, 31212
3562, REL7, 13063
23718, has_genre, 37852
23718, REL7, 13063
23684, has_genre, 37852
23684, REL7, 13063
15323, has_genre, 37852
15323, REL7, 13063
4588, REL5, 27776
4588, REL7, 31212
937, has_genre, 37852
937, REL7, 31212
37919, REL5, 4871
37919, REL5, 20747
4022, has_genre, 17148
4022, REL9, 13814
11729, has_genre, 37852
11729, REL7, 31212
5192, has_genre, 37852
5192, REL7, 13063
33424, has_genre, 37852
33424, REL5, 37852
33424, REL5, 20747
30557, has_genre, 37852
30557, REL5, 37852
30557, REL7, 13063
17603, has_genre, 37852
17603, REL7, 13063
Question: In what context are ENT13441 and ENT13783 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT13441", "ENT13783"], "valid_edges": [["ENT149", "has_genre", "ENT7161"], ["ENT149", "REL7", "ENT194"], ["ENT451", "has_genre", "ENT14733"], ["ENT451", "REL5", "ENT30448"], ["ALIENS", "REL5", "ENT11838"], ["ALIENS", "REL5", "ENT14733"], ["ALIENS", "REL5", "ENT30448"], ["ENT1974", "has_genre", "ENT14733"], ["ENT1974", "REL7", "ENT149"], ["ENT1975", "has_genre", "ENT14733"], ["ENT1975", "REL5", "ENT30448"], ["FULL MOON HIGH", "has_genre", "ENT14733"], ["FULL MOON HIGH", "REL7", "ENT149"], ["ENT13783", "has_genre", "ENT14733"], ["ENT13783", "REL5", "ENT11838"], ["ENT13783", "REL5", "ENT14733"], ["ENT13783", "REL5", "ENT30448"], ["ENT13783", "REL5", "ENT31193"], ["ENT13783", "REL7", "ENT149"], ["ENT13783", "REL7", "ENT194"], ["INFESTATION", "has_genre", "ENT14733"], ["INFESTATION", "REL7", "ENT194"], ["ENT16846", "has_genre", "ENT14733"], ["ENT16846", "REL7", "ENT194"], ["LO", "has_genre", "ENT14733"], ["LO", "REL7", "ENT194"], ["ENT27729", "REL5", "ENT11838"], ["ENT27729", "REL7", "ENT149"], ["ENT30089", "has_genre", "ENT14733"], ["ENT30089", "REL7", "ENT149"], ["ENT30287", "REL5", "ENT30448"], ["ENT30287", "REL5", "ENT31193"], ["ENT30439", "has_genre", "ENT7161"], ["ENT30439", "REL9", "ENT13441"], ["STUDENT BODIES", "has_genre", "ENT14733"], ["STUDENT BODIES", "REL7", "ENT149"], ["ENT35901", "has_genre", "ENT14733"], ["ENT35901", "REL7", "ENT194"], ["ENT36352", "has_genre", "ENT14733"], ["ENT36352", "REL5", "ENT14733"], ["ENT36352", "REL5", "ENT31193"], ["ENT37607", "has_genre", "ENT14733"], ["ENT37607", "REL5", "ENT14733"], ["ENT37607", "REL7", "ENT194"], ["ENT37722", "has_genre", "ENT14733"], ["ENT37722", "REL7", "ENT194"]]}
|
metaqa
|
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
34413, ENT168
7917, ENT2523
31391, ENT5048
7776, EAST IS EAST
29257, ENT13562
36309, ENT13906
2695, ENT14964
24170, ENT17093
31644, LIFE IS SWEET
29068, ENT23686
31033, ENT24562
12115, NOTTING HILL
23767, ENT34621
35342, ENT34834
25150, ENT37595
src, edge_attr, dst
7917, REL1, 29068
7917, REL5, 31391
7917, REL5, 24170
7917, REL5, 29068
7917, REL8, 24170
7917, REL9, 29068
7776, REL5, 31391
7776, REL7, 34413
29257, REL7, 34413
36309, REL1, 29068
36309, REL5, 31391
36309, REL5, 29068
36309, REL9, 29068
2695, REL5, 31391
2695, REL7, 34413
31644, REL1, 29068
31644, REL5, 29068
31644, REL8, 24170
31644, REL9, 29068
31033, REL1, 29068
31033, REL5, 31391
31033, REL5, 29068
31033, REL9, 29068
12115, REL5, 31391
12115, REL7, 34413
23767, REL5, 31391
23767, REL7, 34413
35342, REL5, 31391
35342, REL5, 24170
35342, REL8, 24170
25150, REL1, 29068
25150, REL5, 24170
25150, REL5, 29068
25150, REL7, 34413
25150, REL9, 29068
Question: For what reason are ENT2523 and ENT13562 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT2523", "ENT13562"], "valid_edges": [["ENT2523", "REL1", "ENT23686"], ["ENT2523", "REL5", "ENT5048"], ["ENT2523", "REL5", "ENT17093"], ["ENT2523", "REL5", "ENT23686"], ["ENT2523", "REL8", "ENT17093"], ["ENT2523", "REL9", "ENT23686"], ["EAST IS EAST", "REL5", "ENT5048"], ["EAST IS EAST", "REL7", "ENT168"], ["ENT13562", "REL7", "ENT168"], ["ENT13906", "REL1", "ENT23686"], ["ENT13906", "REL5", "ENT5048"], ["ENT13906", "REL5", "ENT23686"], ["ENT13906", "REL9", "ENT23686"], ["ENT14964", "REL5", "ENT5048"], ["ENT14964", "REL7", "ENT168"], ["LIFE IS SWEET", "REL1", "ENT23686"], ["LIFE IS SWEET", "REL5", "ENT23686"], ["LIFE IS SWEET", "REL8", "ENT17093"], ["LIFE IS SWEET", "REL9", "ENT23686"], ["ENT24562", "REL1", "ENT23686"], ["ENT24562", "REL5", "ENT5048"], ["ENT24562", "REL5", "ENT23686"], ["ENT24562", "REL9", "ENT23686"], ["NOTTING HILL", "REL5", "ENT5048"], ["NOTTING HILL", "REL7", "ENT168"], ["ENT34621", "REL5", "ENT5048"], ["ENT34621", "REL7", "ENT168"], ["ENT34834", "REL5", "ENT5048"], ["ENT34834", "REL5", "ENT17093"], ["ENT34834", "REL8", "ENT17093"], ["ENT37595", "REL1", "ENT23686"], ["ENT37595", "REL5", "ENT17093"], ["ENT37595", "REL5", "ENT23686"], ["ENT37595", "REL7", "ENT168"], ["ENT37595", "REL9", "ENT23686"]]}
|
metaqa
|
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
27438, ENT160
11932, ENT218
17724, A LITTLE STIFF
34489, ENT1648
34014, ANOTHER YOU
2222, ENT4216
2644, BRUCE WILLIS
26537, CAREER OPPORTUNITIES
26030, ENT6779
17148, ENT7161
17754, ENT7490
24552, ENT7614
29533, ENT8001
29294, ENT8805
19853, ENT8823
17629, ENT8858
16653, DOC HOLLYWOOD
29246, ENT9470
800, ENT9808
7920, ENT9886
15682, ENT10830
36751, ENT11315
460, ENT12183
24095, ENT13179
37032, ENT14142
20227, ENT14158
23084, ENT14513
20083, ENT14638
20368, HOT SHOTS!
26744, ENT14907
20456, ENT15237
36088, ENT17268
36597, ENT17519
12500, ENT17682
18262, ENT17964
22358, ENT19266
26445, ENT19497
29021, ENT19795
18934, LIFE STINKS
12414, ENT22973
1052, ENT23327
25214, ENT24507
23695, ENT24741
14445, ENT25657
28078, ENT25734
1640, ENT25805
24016, OTHER PEOPLE'S MONEY
3208, ENT26058
8009, ENT26620
21477, ENT27022
29862, ENT27437
11809, ENT27528
35273, ENT27553
39037, QUEENS LOGIC
3662, ENT28343
14745, ENT29503
20778, ENT30547
24652, SLACKER
8932, ENT31311
22843, ENT31546
4594, ENT32008
9622, ENT32317
28076, SWITCH
27519, ENT33681
9635, ENT33839
7591, THE DARK BACKWARD
35933, ENT34286
14107, ENT34606
1228, ENT34947
8524, ENT35292
37167, ENT36283
22189, ENT39044
src, edge_attr, dst
11932, has_genre, 17148
11932, REL7, 27438
17724, has_genre, 17148
17724, REL7, 27438
34489, has_genre, 17148
34489, REL7, 27438
34014, has_genre, 17148
34014, REL7, 27438
2222, has_genre, 17148
2222, REL7, 27438
26537, has_genre, 17148
26537, REL7, 27438
26537, REL9, 12500
26030, has_genre, 17148
26030, REL7, 27438
17754, has_genre, 17148
17754, REL7, 27438
24552, REL1, 12500
24552, has_genre, 17148
24552, REL5, 12500
24552, REL7, 27438
24552, REL9, 12500
29294, has_genre, 17148
29294, REL7, 27438
19853, has_genre, 17148
19853, REL7, 27438
19853, REL8, 36597
17629, has_genre, 17148
17629, REL7, 27438
16653, has_genre, 17148
16653, REL5, 17148
16653, REL5, 1052
16653, REL7, 27438
16653, REL8, 1052
29246, has_genre, 17148
29246, REL7, 27438
800, has_genre, 17148
800, REL7, 27438
800, REL8, 21477
7920, has_genre, 17148
7920, REL5, 12500
7920, REL7, 27438
7920, REL8, 36088
7920, REL9, 12500
15682, has_genre, 17148
15682, REL7, 27438
36751, has_genre, 17148
36751, REL5, 17148
36751, REL5, 4594
36751, REL7, 27438
36751, REL8, 4594
460, has_genre, 17148
460, REL7, 27438
24095, REL7, 27438
24095, REL8, 12414
37032, has_genre, 17148
37032, REL7, 27438
37032, REL8, 22358
20227, has_genre, 17148
20227, REL7, 27438
23084, has_genre, 17148
23084, REL7, 27438
20368, has_genre, 17148
20368, REL5, 17148
20368, REL7, 27438
26744, has_genre, 17148
26744, REL5, 2644
26744, REL5, 17148
26744, REL7, 27438
26744, REL8, 2644
26744, REL8, 29533
26744, REL9, 2644
20456, has_genre, 17148
20456, REL7, 27438
18262, has_genre, 17148
18262, REL7, 27438
26445, has_genre, 17148
26445, REL5, 17148
26445, REL7, 27438
29021, has_genre, 17148
29021, REL5, 4594
29021, REL7, 27438
29021, REL8, 4594
29021, REL9, 4594
18934, has_genre, 17148
18934, REL7, 27438
25214, has_genre, 17148
25214, REL7, 27438
23695, has_genre, 17148
23695, REL7, 27438
14445, has_genre, 17148
14445, REL7, 27438
14445, REL8, 29533
14445, REL8, 20083
14445, REL8, 3662
28078, has_genre, 17148
28078, REL7, 27438
28078, REL8, 36597
1640, has_genre, 17148
1640, REL7, 27438
24016, has_genre, 17148
24016, REL7, 27438
3208, has_genre, 17148
3208, REL7, 27438
3208, REL8, 20083
3208, REL8, 21477
8009, has_genre, 17148
8009, REL7, 27438
29862, has_genre, 17148
29862, REL7, 27438
11809, has_genre, 17148
11809, REL7, 27438
35273, has_genre, 17148
35273, REL7, 27438
35273, REL8, 22358
39037, has_genre, 17148
39037, REL7, 27438
39037, REL8, 22358
14745, has_genre, 17148
14745, REL7, 27438
20778, has_genre, 17148
20778, REL7, 27438
24652, has_genre, 17148
24652, REL7, 27438
8932, has_genre, 17148
8932, REL5, 17148
8932, REL7, 27438
22843, has_genre, 17148
22843, REL7, 27438
9622, has_genre, 17148
9622, REL7, 27438
28076, has_genre, 17148
28076, REL7, 27438
28076, REL8, 36088
27519, has_genre, 17148
27519, REL7, 27438
9635, has_genre, 17148
9635, REL7, 27438
7591, has_genre, 17148
7591, REL7, 27438
35933, has_genre, 17148
35933, REL7, 27438
14107, has_genre, 17148
14107, REL5, 1052
14107, REL7, 27438
14107, REL8, 1052
1228, has_genre, 17148
1228, REL5, 2644
1228, REL7, 27438
1228, REL8, 2644
8524, has_genre, 17148
8524, REL7, 27438
37167, has_genre, 17148
37167, REL7, 27438
22189, has_genre, 17148
22189, REL5, 3662
22189, REL7, 27438
22189, REL8, 3662
Question: In what context are ENT7161 and ENT22973 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT7161", "ENT22973"], "valid_edges": [["ENT218", "has_genre", "ENT7161"], ["ENT218", "REL7", "ENT160"], ["A LITTLE STIFF", "has_genre", "ENT7161"], ["A LITTLE STIFF", "REL7", "ENT160"], ["ENT1648", "has_genre", "ENT7161"], ["ENT1648", "REL7", "ENT160"], ["ANOTHER YOU", "has_genre", "ENT7161"], ["ANOTHER YOU", "REL7", "ENT160"], ["ENT4216", "has_genre", "ENT7161"], ["ENT4216", "REL7", "ENT160"], ["CAREER OPPORTUNITIES", "has_genre", "ENT7161"], ["CAREER OPPORTUNITIES", "REL7", "ENT160"], ["CAREER OPPORTUNITIES", "REL9", "ENT17682"], ["ENT6779", "has_genre", "ENT7161"], ["ENT6779", "REL7", "ENT160"], ["ENT7490", "has_genre", "ENT7161"], ["ENT7490", "REL7", "ENT160"], ["ENT7614", "REL1", "ENT17682"], ["ENT7614", "has_genre", "ENT7161"], ["ENT7614", "REL5", "ENT17682"], ["ENT7614", "REL7", "ENT160"], ["ENT7614", "REL9", "ENT17682"], ["ENT8805", "has_genre", "ENT7161"], ["ENT8805", "REL7", "ENT160"], ["ENT8823", "has_genre", "ENT7161"], ["ENT8823", "REL7", "ENT160"], ["ENT8823", "REL8", "ENT17519"], ["ENT8858", "has_genre", "ENT7161"], ["ENT8858", "REL7", "ENT160"], ["DOC HOLLYWOOD", "has_genre", "ENT7161"], ["DOC HOLLYWOOD", "REL5", "ENT7161"], ["DOC HOLLYWOOD", "REL5", "ENT23327"], ["DOC HOLLYWOOD", "REL7", "ENT160"], ["DOC HOLLYWOOD", "REL8", "ENT23327"], ["ENT9470", "has_genre", "ENT7161"], ["ENT9470", "REL7", "ENT160"], ["ENT9808", "has_genre", "ENT7161"], ["ENT9808", "REL7", "ENT160"], ["ENT9808", "REL8", "ENT27022"], ["ENT9886", "has_genre", "ENT7161"], ["ENT9886", "REL5", "ENT17682"], ["ENT9886", "REL7", "ENT160"], ["ENT9886", "REL8", "ENT17268"], ["ENT9886", "REL9", "ENT17682"], ["ENT10830", "has_genre", "ENT7161"], ["ENT10830", "REL7", "ENT160"], ["ENT11315", "has_genre", "ENT7161"], ["ENT11315", "REL5", "ENT7161"], ["ENT11315", "REL5", "ENT32008"], ["ENT11315", "REL7", "ENT160"], ["ENT11315", "REL8", "ENT32008"], ["ENT12183", "has_genre", "ENT7161"], ["ENT12183", "REL7", "ENT160"], ["ENT13179", "REL7", "ENT160"], ["ENT13179", "REL8", "ENT22973"], ["ENT14142", "has_genre", "ENT7161"], ["ENT14142", "REL7", "ENT160"], ["ENT14142", "REL8", "ENT19266"], ["ENT14158", "has_genre", "ENT7161"], ["ENT14158", "REL7", "ENT160"], ["ENT14513", "has_genre", "ENT7161"], ["ENT14513", "REL7", "ENT160"], ["HOT SHOTS!", "has_genre", "ENT7161"], ["HOT SHOTS!", "REL5", "ENT7161"], ["HOT SHOTS!", "REL7", "ENT160"], ["ENT14907", "has_genre", "ENT7161"], ["ENT14907", "REL5", "BRUCE WILLIS"], ["ENT14907", "REL5", "ENT7161"], ["ENT14907", "REL7", "ENT160"], ["ENT14907", "REL8", "BRUCE WILLIS"], ["ENT14907", "REL8", "ENT8001"], ["ENT14907", "REL9", "BRUCE WILLIS"], ["ENT15237", "has_genre", "ENT7161"], ["ENT15237", "REL7", "ENT160"], ["ENT17964", "has_genre", "ENT7161"], ["ENT17964", "REL7", "ENT160"], ["ENT19497", "has_genre", "ENT7161"], ["ENT19497", "REL5", "ENT7161"], ["ENT19497", "REL7", "ENT160"], ["ENT19795", "has_genre", "ENT7161"], ["ENT19795", "REL5", "ENT32008"], ["ENT19795", "REL7", "ENT160"], ["ENT19795", "REL8", "ENT32008"], ["ENT19795", "REL9", "ENT32008"], ["LIFE STINKS", "has_genre", "ENT7161"], ["LIFE STINKS", "REL7", "ENT160"], ["ENT24507", "has_genre", "ENT7161"], ["ENT24507", "REL7", "ENT160"], ["ENT24741", "has_genre", "ENT7161"], ["ENT24741", "REL7", "ENT160"], ["ENT25657", "has_genre", "ENT7161"], ["ENT25657", "REL7", "ENT160"], ["ENT25657", "REL8", "ENT8001"], ["ENT25657", "REL8", "ENT14638"], ["ENT25657", "REL8", "ENT28343"], ["ENT25734", "has_genre", "ENT7161"], ["ENT25734", "REL7", "ENT160"], ["ENT25734", "REL8", "ENT17519"], ["ENT25805", "has_genre", "ENT7161"], ["ENT25805", "REL7", "ENT160"], ["OTHER PEOPLE'S MONEY", "has_genre", "ENT7161"], ["OTHER PEOPLE'S MONEY", "REL7", "ENT160"], ["ENT26058", "has_genre", "ENT7161"], ["ENT26058", "REL7", "ENT160"], ["ENT26058", "REL8", "ENT14638"], ["ENT26058", "REL8", "ENT27022"], ["ENT26620", "has_genre", "ENT7161"], ["ENT26620", "REL7", "ENT160"], ["ENT27437", "has_genre", "ENT7161"], ["ENT27437", "REL7", "ENT160"], ["ENT27528", "has_genre", "ENT7161"], ["ENT27528", "REL7", "ENT160"], ["ENT27553", "has_genre", "ENT7161"], ["ENT27553", "REL7", "ENT160"], ["ENT27553", "REL8", "ENT19266"], ["QUEENS LOGIC", "has_genre", "ENT7161"], ["QUEENS LOGIC", "REL7", "ENT160"], ["QUEENS LOGIC", "REL8", "ENT19266"], ["ENT29503", "has_genre", "ENT7161"], ["ENT29503", "REL7", "ENT160"], ["ENT30547", "has_genre", "ENT7161"], ["ENT30547", "REL7", "ENT160"], ["SLACKER", "has_genre", "ENT7161"], ["SLACKER", "REL7", "ENT160"], ["ENT31311", "has_genre", "ENT7161"], ["ENT31311", "REL5", "ENT7161"], ["ENT31311", "REL7", "ENT160"], ["ENT31546", "has_genre", "ENT7161"], ["ENT31546", "REL7", "ENT160"], ["ENT32317", "has_genre", "ENT7161"], ["ENT32317", "REL7", "ENT160"], ["SWITCH", "has_genre", "ENT7161"], ["SWITCH", "REL7", "ENT160"], ["SWITCH", "REL8", "ENT17268"], ["ENT33681", "has_genre", "ENT7161"], ["ENT33681", "REL7", "ENT160"], ["ENT33839", "has_genre", "ENT7161"], ["ENT33839", "REL7", "ENT160"], ["THE DARK BACKWARD", "has_genre", "ENT7161"], ["THE DARK BACKWARD", "REL7", "ENT160"], ["ENT34286", "has_genre", "ENT7161"], ["ENT34286", "REL7", "ENT160"], ["ENT34606", "has_genre", "ENT7161"], ["ENT34606", "REL5", "ENT23327"], ["ENT34606", "REL7", "ENT160"], ["ENT34606", "REL8", "ENT23327"], ["ENT34947", "has_genre", "ENT7161"], ["ENT34947", "REL5", "BRUCE WILLIS"], ["ENT34947", "REL7", "ENT160"], ["ENT34947", "REL8", "BRUCE WILLIS"], ["ENT35292", "has_genre", "ENT7161"], ["ENT35292", "REL7", "ENT160"], ["ENT36283", "has_genre", "ENT7161"], ["ENT36283", "REL7", "ENT160"], ["ENT39044", "has_genre", "ENT7161"], ["ENT39044", "REL5", "ENT28343"], ["ENT39044", "REL7", "ENT160"], ["ENT39044", "REL8", "ENT28343"]]}
|
metaqa
|
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
21522, ENT158
4324, ENT187
15773, ENT2845
32115, ENT7115
2210, ENT14954
21834, ENT19466
9398, THE ROOKIE
3838, ENT37635
src, edge_attr, dst
32115, REL5, 15773
32115, REL7, 4324
32115, REL8, 15773
2210, REL7, 4324
21834, REL5, 15773
21834, REL7, 21522
21834, REL8, 15773
9398, REL7, 21522
9398, REL7, 4324
3838, REL5, 15773
3838, REL7, 21522
3838, REL8, 15773
Question: For what reason are ENT14954 and ENT19466 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT14954", "ENT19466"], "valid_edges": [["ENT7115", "REL5", "ENT2845"], ["ENT7115", "REL7", "ENT187"], ["ENT7115", "REL8", "ENT2845"], ["ENT14954", "REL7", "ENT187"], ["ENT19466", "REL5", "ENT2845"], ["ENT19466", "REL7", "ENT158"], ["ENT19466", "REL8", "ENT2845"], ["THE ROOKIE", "REL7", "ENT158"], ["THE ROOKIE", "REL7", "ENT187"], ["ENT37635", "REL5", "ENT2845"], ["ENT37635", "REL7", "ENT158"], ["ENT37635", "REL8", "ENT2845"]]}
|
metaqa
|
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
10842, ENT4265
16661, ENT9752
7920, ENT9886
17667, ENT11243
2534, ENT24822
src, edge_attr, dst
10842, REL5, 2534
10842, in_language, 7920
7920, has_genre, 16661
17667, has_genre, 16661
Question: How are ENT11243 and ENT24822 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT11243", "ENT24822"], "valid_edges": [["ENT4265", "REL5", "ENT24822"], ["ENT4265", "in_language", "ENT9886"], ["ENT9886", "has_genre", "ENT9752"], ["ENT11243", "has_genre", "ENT9752"]]}
|
metaqa
|
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
9165, ENT105
10238, ENT3247
5280, HANNIE CAULDER
30512, STORMY WATERS
12655, TEXAS
26102, ENT39031
33897, WESTERN UNION
src, edge_attr, dst
10238, has_genre, 26102
10238, REL7, 9165
5280, has_genre, 26102
30512, REL7, 9165
12655, has_genre, 26102
12655, REL7, 9165
33897, has_genre, 26102
33897, REL7, 9165
Question: In what context are HANNIE CAULDER and STORMY WATERS connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["HANNIE CAULDER", "STORMY WATERS"], "valid_edges": [["ENT3247", "has_genre", "ENT39031"], ["ENT3247", "REL7", "ENT105"], ["HANNIE CAULDER", "has_genre", "ENT39031"], ["STORMY WATERS", "REL7", "ENT105"], ["TEXAS", "has_genre", "ENT39031"], ["TEXAS", "REL7", "ENT105"], ["WESTERN UNION", "has_genre", "ENT39031"], ["WESTERN UNION", "REL7", "ENT105"]]}
|
metaqa
|
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
16661, ENT9752
13995, ENT10439
23044, HANIF HUM GHUM
38307, ENT18760
35697, ENT20725
src, edge_attr, dst
38307, has_genre, 16661
38307, REL8, 23044
35697, has_genre, 16661
35697, REL8, 13995
Question: In what context are ENT10439 and HANIF HUM GHUM connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT10439", "HANIF HUM GHUM"], "valid_edges": [["ENT18760", "has_genre", "ENT9752"], ["ENT18760", "REL8", "HANIF HUM GHUM"], ["ENT20725", "has_genre", "ENT9752"], ["ENT20725", "REL8", "ENT10439"]]}
|
metaqa
|
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
22576, AKEELAH AND THE BEE
26012, ENT1524
16661, ENT9752
18730, ENT15479
36365, ENT19102
21829, ENT27241
34606, THE LONGSHOTS
src, edge_attr, dst
22576, has_genre, 16661
22576, REL8, 36365
18730, REL1, 26012
18730, has_genre, 16661
21829, REL1, 26012
21829, has_genre, 16661
34606, has_genre, 16661
34606, REL8, 36365
Question: For what reason are ENT1524 and ENT19102 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT1524", "ENT19102"], "valid_edges": [["AKEELAH AND THE BEE", "has_genre", "ENT9752"], ["AKEELAH AND THE BEE", "REL8", "ENT19102"], ["ENT15479", "REL1", "ENT1524"], ["ENT15479", "has_genre", "ENT9752"], ["ENT27241", "REL1", "ENT1524"], ["ENT27241", "has_genre", "ENT9752"], ["THE LONGSHOTS", "has_genre", "ENT9752"], ["THE LONGSHOTS", "REL8", "ENT19102"]]}
|
metaqa
|
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
12473, ENT197
25179, BEL AMI
17148, ENT7161
33680, ENT7378
16661, ENT9752
15369, HOW TO BE
5518, ON DANGEROUS GROUND
28433, REMEMBER ME
13335, ENT28955
11359, ENT35818
29613, ENT35948
39417, ENT38825
8099, ENT38873
src, edge_attr, dst
25179, has_genre, 16661
25179, REL7, 12473
25179, REL8, 13335
33680, has_genre, 16661
33680, REL5, 13335
33680, REL7, 12473
33680, REL8, 13335
15369, has_genre, 17148
15369, has_genre, 16661
15369, REL5, 13335
15369, REL8, 13335
5518, has_genre, 16661
5518, REL8, 39417
28433, has_genre, 16661
28433, REL5, 16661
28433, REL5, 13335
11359, has_genre, 17148
11359, has_genre, 16661
11359, REL8, 39417
29613, has_genre, 16661
29613, REL5, 13335
8099, has_genre, 16661
8099, REL5, 13335
8099, REL8, 13335
Question: In what context are ENT28955 and ENT38825 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT28955", "ENT38825"], "valid_edges": [["BEL AMI", "has_genre", "ENT9752"], ["BEL AMI", "REL7", "ENT197"], ["BEL AMI", "REL8", "ENT28955"], ["ENT7378", "has_genre", "ENT9752"], ["ENT7378", "REL5", "ENT28955"], ["ENT7378", "REL7", "ENT197"], ["ENT7378", "REL8", "ENT28955"], ["HOW TO BE", "has_genre", "ENT7161"], ["HOW TO BE", "has_genre", "ENT9752"], ["HOW TO BE", "REL5", "ENT28955"], ["HOW TO BE", "REL8", "ENT28955"], ["ON DANGEROUS GROUND", "has_genre", "ENT9752"], ["ON DANGEROUS GROUND", "REL8", "ENT38825"], ["REMEMBER ME", "has_genre", "ENT9752"], ["REMEMBER ME", "REL5", "ENT9752"], ["REMEMBER ME", "REL5", "ENT28955"], ["ENT35818", "has_genre", "ENT7161"], ["ENT35818", "has_genre", "ENT9752"], ["ENT35818", "REL8", "ENT38825"], ["ENT35948", "has_genre", "ENT9752"], ["ENT35948", "REL5", "ENT28955"], ["ENT38873", "has_genre", "ENT9752"], ["ENT38873", "REL5", "ENT28955"], ["ENT38873", "REL8", "ENT28955"]]}
|
metaqa
|
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
16661, ENT9752
3613, ENT13335
16900, ENT16112
24363, REX BEACH
13627, ENT36188
src, edge_attr, dst
3613, has_genre, 16661
3613, REL8, 16900
13627, has_genre, 16661
13627, REL9, 24363
Question: For what reason are ENT16112 and REX BEACH associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT16112", "REX BEACH"], "valid_edges": [["ENT13335", "has_genre", "ENT9752"], ["ENT13335", "REL8", "ENT16112"], ["ENT36188", "has_genre", "ENT9752"], ["ENT36188", "REL9", "REX BEACH"]]}
|
metaqa
|
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
6648, ENT2690
27658, ENT7476
16661, ENT9752
7318, PLANET OF THE APES
7498, ENT27609
26665, REBELLION
src, edge_attr, dst
27658, has_genre, 16661
7318, REL5, 6648
7318, REL5, 27658
7318, REL5, 26665
7498, has_genre, 16661
26665, has_genre, 16661
Question: For what reason are ENT2690 and ENT27609 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT2690", "ENT27609"], "valid_edges": [["ENT7476", "has_genre", "ENT9752"], ["PLANET OF THE APES", "REL5", "ENT2690"], ["PLANET OF THE APES", "REL5", "ENT7476"], ["PLANET OF THE APES", "REL5", "REBELLION"], ["ENT27609", "has_genre", "ENT9752"], ["REBELLION", "has_genre", "ENT9752"]]}
|
metaqa
|
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
1635, 54
34918, ENT23611
12999, ENT23695
29902, ENT29802
22199, ENT38407
src, edge_attr, dst
1635, REL8, 12999
1635, REL8, 29902
34918, REL8, 29902
34918, REL9, 22199
Question: How are ENT23695 and ENT38407 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT23695", "ENT38407"], "valid_edges": [["54", "REL8", "ENT23695"], ["54", "REL8", "ENT29802"], ["ENT23611", "REL8", "ENT29802"], ["ENT23611", "REL9", "ENT38407"]]}
|
metaqa
|
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
6714, ENT145
38670, ENT5430
37882, ENT6367
14437, COMES A HORSEMAN
11015, ENT13187
1330, ENT14747
31557, ENT34965
26102, ENT39031
src, edge_attr, dst
38670, REL7, 6714
37882, has_genre, 26102
37882, REL7, 6714
14437, has_genre, 26102
14437, REL7, 6714
11015, has_genre, 26102
11015, REL7, 6714
1330, has_genre, 26102
1330, REL7, 6714
31557, has_genre, 26102
Question: How are ENT5430 and ENT34965 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT5430", "ENT34965"], "valid_edges": [["ENT5430", "REL7", "ENT145"], ["ENT6367", "has_genre", "ENT39031"], ["ENT6367", "REL7", "ENT145"], ["COMES A HORSEMAN", "has_genre", "ENT39031"], ["COMES A HORSEMAN", "REL7", "ENT145"], ["ENT13187", "has_genre", "ENT39031"], ["ENT13187", "REL7", "ENT145"], ["ENT14747", "has_genre", "ENT39031"], ["ENT14747", "REL7", "ENT145"], ["ENT34965", "has_genre", "ENT39031"]]}
|
metaqa
|
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
7534, A FEAST AT MIDNIGHT
17148, ENT7161
29088, ENT12156
1277, JEAN DUJARDIN
35131, ENT18700
1720, ENT33332
6958, ENT33812
27120, THE PLAYERS
7203, ENT36692
src, edge_attr, dst
7534, REL1, 35131
7534, has_genre, 17148
7534, REL9, 35131
1720, has_genre, 17148
1720, REL5, 29088
1720, REL5, 1277
1720, in_language, 29088
1720, REL8, 1277
6958, has_genre, 17148
6958, in_language, 29088
6958, REL8, 1277
27120, REL1, 1277
27120, has_genre, 17148
27120, REL8, 1277
27120, REL9, 1277
7203, has_genre, 17148
7203, REL5, 1277
Question: In what context are JEAN DUJARDIN and ENT18700 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["JEAN DUJARDIN", "ENT18700"], "valid_edges": [["A FEAST AT MIDNIGHT", "REL1", "ENT18700"], ["A FEAST AT MIDNIGHT", "has_genre", "ENT7161"], ["A FEAST AT MIDNIGHT", "REL9", "ENT18700"], ["ENT33332", "has_genre", "ENT7161"], ["ENT33332", "REL5", "ENT12156"], ["ENT33332", "REL5", "JEAN DUJARDIN"], ["ENT33332", "in_language", "ENT12156"], ["ENT33332", "REL8", "JEAN DUJARDIN"], ["ENT33812", "has_genre", "ENT7161"], ["ENT33812", "in_language", "ENT12156"], ["ENT33812", "REL8", "JEAN DUJARDIN"], ["THE PLAYERS", "REL1", "JEAN DUJARDIN"], ["THE PLAYERS", "has_genre", "ENT7161"], ["THE PLAYERS", "REL8", "JEAN DUJARDIN"], ["THE PLAYERS", "REL9", "JEAN DUJARDIN"], ["ENT36692", "has_genre", "ENT7161"], ["ENT36692", "REL5", "JEAN DUJARDIN"]]}
|
metaqa
|
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
10377, A FEW GOOD MEN
16118, ENT725
488, ADVENTURE
36336, ENT1308
1835, ENT2036
2644, BRUCE WILLIS
17148, ENT7161
16661, ENT9752
5763, ENT11623
34392, GEORGE MOORE
11860, ENT12909
12392, ENT15882
8823, ENT23244
22456, ENT24129
38413, ENT25351
26765, ENT28683
22569, ENT29250
33769, ENT31681
20143, ENT33290
24968, ENT33666
38985, ENT35204
23742, ENT35754
35042, ENT36241
src, edge_attr, dst
10377, REL1, 26765
10377, has_genre, 16661
10377, REL5, 16118
10377, REL5, 16661
10377, REL5, 12392
10377, REL5, 26765
10377, REL8, 12392
10377, REL9, 16118
36336, has_genre, 16661
36336, REL9, 34392
1835, REL1, 26765
1835, has_genre, 17148
1835, has_genre, 16661
1835, REL8, 8823
5763, REL1, 26765
5763, has_genre, 17148
5763, has_genre, 16661
5763, has_genre, 22569
5763, REL5, 26765
5763, REL9, 26765
11860, REL1, 26765
11860, has_genre, 16661
38413, REL1, 26765
38413, has_genre, 488
38413, has_genre, 17148
38413, has_genre, 16661
38413, REL5, 2644
33769, REL1, 26765
33769, has_genre, 16661
33769, REL5, 16661
33769, REL5, 26765
20143, REL1, 26765
20143, has_genre, 17148
20143, has_genre, 16661
20143, REL5, 16118
20143, REL5, 16661
20143, REL5, 8823
20143, REL5, 26765
20143, REL8, 8823
20143, REL9, 16118
24968, REL1, 26765
24968, has_genre, 17148
24968, has_genre, 16661
24968, REL5, 12392
24968, REL5, 22456
24968, REL8, 12392
24968, REL8, 22456
38985, REL1, 26765
38985, has_genre, 16661
38985, REL5, 22456
38985, REL8, 22456
23742, REL1, 26765
23742, has_genre, 488
23742, has_genre, 17148
23742, REL5, 17148
23742, REL5, 26765
23742, REL5, 22569
35042, REL1, 26765
35042, has_genre, 17148
35042, has_genre, 16661
35042, REL5, 2644
35042, REL5, 16661
35042, REL5, 26765
35042, REL8, 2644
Question: For what reason are GEORGE MOORE and ENT28683 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["GEORGE MOORE", "ENT28683"], "valid_edges": [["A FEW GOOD MEN", "REL1", "ENT28683"], ["A FEW GOOD MEN", "has_genre", "ENT9752"], ["A FEW GOOD MEN", "REL5", "ENT725"], ["A FEW GOOD MEN", "REL5", "ENT9752"], ["A FEW GOOD MEN", "REL5", "ENT15882"], ["A FEW GOOD MEN", "REL5", "ENT28683"], ["A FEW GOOD MEN", "REL8", "ENT15882"], ["A FEW GOOD MEN", "REL9", "ENT725"], ["ENT1308", "has_genre", "ENT9752"], ["ENT1308", "REL9", "GEORGE MOORE"], ["ENT2036", "REL1", "ENT28683"], ["ENT2036", "has_genre", "ENT7161"], ["ENT2036", "has_genre", "ENT9752"], ["ENT2036", "REL8", "ENT23244"], ["ENT11623", "REL1", "ENT28683"], ["ENT11623", "has_genre", "ENT7161"], ["ENT11623", "has_genre", "ENT9752"], ["ENT11623", "has_genre", "ENT29250"], ["ENT11623", "REL5", "ENT28683"], ["ENT11623", "REL9", "ENT28683"], ["ENT12909", "REL1", "ENT28683"], ["ENT12909", "has_genre", "ENT9752"], ["ENT25351", "REL1", "ENT28683"], ["ENT25351", "has_genre", "ADVENTURE"], ["ENT25351", "has_genre", "ENT7161"], ["ENT25351", "has_genre", "ENT9752"], ["ENT25351", "REL5", "BRUCE WILLIS"], ["ENT31681", "REL1", "ENT28683"], ["ENT31681", "has_genre", "ENT9752"], ["ENT31681", "REL5", "ENT9752"], ["ENT31681", "REL5", "ENT28683"], ["ENT33290", "REL1", "ENT28683"], ["ENT33290", "has_genre", "ENT7161"], ["ENT33290", "has_genre", "ENT9752"], ["ENT33290", "REL5", "ENT725"], ["ENT33290", "REL5", "ENT9752"], ["ENT33290", "REL5", "ENT23244"], ["ENT33290", "REL5", "ENT28683"], ["ENT33290", "REL8", "ENT23244"], ["ENT33290", "REL9", "ENT725"], ["ENT33666", "REL1", "ENT28683"], ["ENT33666", "has_genre", "ENT7161"], ["ENT33666", "has_genre", "ENT9752"], ["ENT33666", "REL5", "ENT15882"], ["ENT33666", "REL5", "ENT24129"], ["ENT33666", "REL8", "ENT15882"], ["ENT33666", "REL8", "ENT24129"], ["ENT35204", "REL1", "ENT28683"], ["ENT35204", "has_genre", "ENT9752"], ["ENT35204", "REL5", "ENT24129"], ["ENT35204", "REL8", "ENT24129"], ["ENT35754", "REL1", "ENT28683"], ["ENT35754", "has_genre", "ADVENTURE"], ["ENT35754", "has_genre", "ENT7161"], ["ENT35754", "REL5", "ENT7161"], ["ENT35754", "REL5", "ENT28683"], ["ENT35754", "REL5", "ENT29250"], ["ENT36241", "REL1", "ENT28683"], ["ENT36241", "has_genre", "ENT7161"], ["ENT36241", "has_genre", "ENT9752"], ["ENT36241", "REL5", "BRUCE WILLIS"], ["ENT36241", "REL5", "ENT9752"], ["ENT36241", "REL5", "ENT28683"], ["ENT36241", "REL8", "BRUCE WILLIS"]]}
|
metaqa
|
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
1836, ENT147
16992, ENT411
30875, ACQUA E SAPONE
36052, ENT1038
31432, ENT1059
3278, ENT1119
21315, ENT1817
33465, ENT2670
6613, ENT3154
15306, ENT3328
11758, BEAT THE DEVIL
20798, ENT4037
17106, ENT4062
38507, ENT4815
4481, BREAD AND TULIPS
18862, BREAD, LOVE AND DREAMS
16798, ENT5327
39622, CADDYSHACK
10785, ENT5513
35504, ENT5652
7068, CASANOVA 70
621, ENT5827
36237, ENT5845
33268, ENT5939
37721, ENT6154
21, ENT6719
17148, ENT7161
20970, ENT7167
32019, ENT7192
4804, DELITTO A PORTA ROMANA
5290, DELITTO AL RISTORANTE CINESE
26695, DIVINE MADNESS
27315, ENT9272
12522, DR. GOLDFOOT AND THE GIRL BOMBS
5189, ENT11021
3632, ENT11321
4020, ENT11542
19862, FORBIDDEN ZONE
17098, FUN IS BEAUTIFUL
36917, ENT12368
24716, ENT13007
20326, ENT13143
37119, GROUNDHOG DAY
21652, HERO AT LARGE
34251, ENT14727
37589, I DUE CARABINIERI
2383, ENT15108
36703, ENT15694
5598, ENT15722
19529, ENT15723
18262, ENT17964
8587, ENT18600
20820, LA DOLCE VITA
38609, ENT19867
38862, ENT20595
6213, LITTLE MISS MARKER
24460, ENT20965
34042, ENT21159
8713, ENT21550
5129, ENT21650
26554, ENT23034
34570, ENT23609
22288, ENT23625
36046, ENT24181
39053, ENT24389
27085, ENT24423
12616, ENT25275
13523, ENT25514
24554, ENT25699
847, PARENTI SERPENTI
37696, ENT26581
27649, POPEYE
11088, ENT27417
5711, RUNNING SCARED
24791, ENT29760
31401, ENT30413
20262, ENT30484
20769, ENT31024
8011, ENT31264
9005, ENT31724
35174, STEFANO QUANTESTORIE
16032, STIR CRAZY
19591, SUPER FUZZ
38165, ENT32599
38270, THE ADVENTURES OF PICASSO
5418, ENT33461
28352, ENT33524
6952, ENT33570
33800, ENT33691
32525, ENT34230
13617, ENT34256
832, ENT34351
25378, ENT34462
28870, ENT34671
25737, ENT34757
11198, THE IMMATURE
38202, THE LAST KISS
22896, ENT35071
15966, ENT35384
12400, ENT35517
28223, ENT35763
29481, ENT35888
34232, THE TIGER AND THE SNOW
29152, ENT36638
25741, ENT36828
15910, TIFOSI
28016, ENT37241
34855, ENT37787
28901, ENT38206
26464, ENT38910
39860, ENT38918
7814, ENT39119
34973, ENT39827
src, edge_attr, dst
16992, has_genre, 17148
16992, in_language, 5598
30875, REL1, 35504
30875, has_genre, 17148
30875, in_language, 5598
30875, REL8, 35504
30875, REL9, 35504
36052, has_genre, 17148
36052, in_language, 5598
31432, has_genre, 17148
31432, in_language, 5598
3278, has_genre, 17148
3278, REL5, 17148
3278, REL7, 1836
21315, has_genre, 17148
21315, in_language, 5598
33465, has_genre, 17148
33465, REL7, 1836
6613, has_genre, 17148
6613, in_language, 5598
15306, has_genre, 17148
15306, in_language, 5598
11758, has_genre, 17148
11758, in_language, 5598
20798, REL1, 35504
20798, has_genre, 17148
20798, REL5, 35504
20798, in_language, 5598
20798, REL8, 35504
20798, REL9, 35504
17106, has_genre, 17148
17106, in_language, 5598
38507, has_genre, 17148
38507, in_language, 5598
4481, has_genre, 17148
4481, REL5, 17148
4481, in_language, 5598
18862, has_genre, 17148
18862, in_language, 5598
16798, has_genre, 17148
16798, in_language, 5598
39622, has_genre, 17148
39622, REL5, 17148
39622, REL7, 1836
10785, has_genre, 17148
10785, REL7, 1836
7068, has_genre, 17148
7068, in_language, 5598
621, has_genre, 17148
621, in_language, 5598
36237, has_genre, 17148
36237, in_language, 5598
33268, has_genre, 17148
33268, in_language, 5598
37721, has_genre, 17148
37721, in_language, 5598
21, has_genre, 17148
21, in_language, 5598
20970, has_genre, 17148
20970, in_language, 5598
32019, REL1, 35504
32019, has_genre, 17148
32019, REL5, 35504
32019, in_language, 5598
32019, REL8, 35504
32019, REL9, 35504
4804, has_genre, 17148
4804, in_language, 5598
4804, REL7, 1836
5290, has_genre, 17148
5290, in_language, 5598
26695, has_genre, 17148
26695, REL7, 1836
27315, has_genre, 17148
27315, in_language, 5598
12522, has_genre, 17148
12522, in_language, 5598
5189, has_genre, 17148
5189, in_language, 5598
3632, has_genre, 17148
3632, REL7, 1836
4020, has_genre, 17148
4020, REL7, 1836
19862, has_genre, 17148
19862, REL7, 1836
17098, REL1, 35504
17098, has_genre, 17148
17098, REL5, 35504
17098, in_language, 5598
17098, REL7, 1836
17098, REL8, 35504
17098, REL9, 35504
36917, has_genre, 17148
36917, REL7, 1836
24716, has_genre, 17148
24716, in_language, 5598
20326, has_genre, 17148
20326, in_language, 5598
37119, has_genre, 17148
37119, REL5, 17148
37119, REL5, 37696
21652, has_genre, 17148
21652, REL7, 1836
34251, has_genre, 17148
34251, REL7, 1836
37589, REL1, 35504
37589, has_genre, 17148
37589, in_language, 5598
37589, REL8, 35504
2383, has_genre, 17148
2383, REL5, 5598
2383, in_language, 5598
36703, has_genre, 17148
36703, in_language, 5598
19529, has_genre, 17148
19529, REL5, 5598
19529, in_language, 5598
18262, has_genre, 17148
18262, in_language, 5598
8587, has_genre, 17148
8587, REL5, 5598
8587, in_language, 5598
20820, has_genre, 17148
20820, REL5, 5598
20820, in_language, 5598
38609, has_genre, 17148
38609, in_language, 5598
38862, has_genre, 17148
38862, REL5, 17148
38862, REL5, 5598
38862, in_language, 5598
6213, has_genre, 17148
6213, REL7, 1836
24460, has_genre, 17148
24460, in_language, 5598
34042, REL1, 35504
34042, has_genre, 17148
34042, in_language, 5598
34042, REL8, 35504
34042, REL9, 35504
8713, has_genre, 17148
8713, in_language, 5598
5129, REL1, 35504
5129, has_genre, 17148
5129, in_language, 5598
5129, REL8, 35504
5129, REL9, 35504
26554, has_genre, 17148
26554, REL7, 1836
34570, has_genre, 17148
34570, in_language, 5598
22288, has_genre, 17148
22288, REL7, 1836
36046, has_genre, 17148
36046, REL7, 1836
39053, has_genre, 17148
39053, REL7, 1836
27085, has_genre, 17148
27085, in_language, 5598
12616, has_genre, 17148
12616, in_language, 5598
13523, has_genre, 17148
13523, REL7, 1836
24554, has_genre, 17148
24554, in_language, 5598
847, has_genre, 17148
847, in_language, 5598
27649, has_genre, 17148
27649, REL7, 1836
11088, has_genre, 17148
11088, REL7, 1836
5711, has_genre, 17148
5711, REL7, 1836
24791, has_genre, 17148
24791, in_language, 5598
31401, has_genre, 17148
31401, REL7, 1836
20262, has_genre, 17148
20262, REL7, 1836
20769, has_genre, 17148
20769, REL7, 1836
8011, has_genre, 17148
8011, REL7, 1836
9005, has_genre, 17148
9005, REL7, 1836
35174, has_genre, 17148
35174, in_language, 5598
16032, has_genre, 17148
16032, REL5, 17148
16032, REL7, 1836
19591, has_genre, 17148
19591, REL7, 1836
38165, has_genre, 17148
38165, in_language, 5598
38270, has_genre, 17148
38270, in_language, 5598
5418, has_genre, 17148
5418, in_language, 5598
28352, has_genre, 17148
28352, in_language, 5598
6952, has_genre, 17148
6952, REL5, 17148
6952, REL7, 1836
33800, has_genre, 17148
33800, in_language, 5598
32525, has_genre, 17148
32525, in_language, 5598
13617, has_genre, 17148
13617, REL7, 1836
832, has_genre, 17148
832, in_language, 5598
25378, has_genre, 17148
25378, REL7, 1836
28870, has_genre, 17148
28870, REL7, 1836
25737, has_genre, 17148
25737, in_language, 5598
11198, has_genre, 17148
11198, in_language, 5598
38202, has_genre, 17148
38202, in_language, 5598
22896, has_genre, 17148
22896, REL5, 17148
22896, in_language, 5598
15966, has_genre, 17148
15966, REL5, 17148
15966, in_language, 5598
12400, has_genre, 17148
12400, REL7, 1836
28223, has_genre, 17148
28223, REL7, 1836
29481, has_genre, 17148
29481, in_language, 5598
34232, has_genre, 17148
34232, REL5, 5598
34232, in_language, 5598
29152, has_genre, 17148
29152, in_language, 5598
25741, has_genre, 17148
25741, in_language, 5598
15910, has_genre, 17148
15910, in_language, 5598
28016, has_genre, 17148
28016, REL5, 17148
28016, in_language, 5598
34855, has_genre, 17148
34855, REL7, 1836
28901, has_genre, 17148
28901, REL7, 1836
26464, has_genre, 17148
26464, in_language, 5598
39860, has_genre, 17148
39860, REL5, 17148
39860, REL5, 5598
39860, in_language, 5598
7814, has_genre, 17148
7814, REL7, 1836
34973, has_genre, 17148
34973, in_language, 5598
Question: In what context are FUN IS BEAUTIFUL and ENT26581 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["FUN IS BEAUTIFUL", "ENT26581"], "valid_edges": [["ENT411", "has_genre", "ENT7161"], ["ENT411", "in_language", "ENT15722"], ["ACQUA E SAPONE", "REL1", "ENT5652"], ["ACQUA E SAPONE", "has_genre", "ENT7161"], ["ACQUA E SAPONE", "in_language", "ENT15722"], ["ACQUA E SAPONE", "REL8", "ENT5652"], ["ACQUA E SAPONE", "REL9", "ENT5652"], ["ENT1038", "has_genre", "ENT7161"], ["ENT1038", "in_language", "ENT15722"], ["ENT1059", "has_genre", "ENT7161"], ["ENT1059", "in_language", "ENT15722"], ["ENT1119", "has_genre", "ENT7161"], ["ENT1119", "REL5", "ENT7161"], ["ENT1119", "REL7", "ENT147"], ["ENT1817", "has_genre", "ENT7161"], ["ENT1817", "in_language", "ENT15722"], ["ENT2670", "has_genre", "ENT7161"], ["ENT2670", "REL7", "ENT147"], ["ENT3154", "has_genre", "ENT7161"], ["ENT3154", "in_language", "ENT15722"], ["ENT3328", "has_genre", "ENT7161"], ["ENT3328", "in_language", "ENT15722"], ["BEAT THE DEVIL", "has_genre", "ENT7161"], ["BEAT THE DEVIL", "in_language", "ENT15722"], ["ENT4037", "REL1", "ENT5652"], ["ENT4037", "has_genre", "ENT7161"], ["ENT4037", "REL5", "ENT5652"], ["ENT4037", "in_language", "ENT15722"], ["ENT4037", "REL8", "ENT5652"], ["ENT4037", "REL9", "ENT5652"], ["ENT4062", "has_genre", "ENT7161"], ["ENT4062", "in_language", "ENT15722"], ["ENT4815", "has_genre", "ENT7161"], ["ENT4815", "in_language", "ENT15722"], ["BREAD AND TULIPS", "has_genre", "ENT7161"], ["BREAD AND TULIPS", "REL5", "ENT7161"], ["BREAD AND TULIPS", "in_language", "ENT15722"], ["BREAD, LOVE AND DREAMS", "has_genre", "ENT7161"], ["BREAD, LOVE AND DREAMS", "in_language", "ENT15722"], ["ENT5327", "has_genre", "ENT7161"], ["ENT5327", "in_language", "ENT15722"], ["CADDYSHACK", "has_genre", "ENT7161"], ["CADDYSHACK", "REL5", "ENT7161"], ["CADDYSHACK", "REL7", "ENT147"], ["ENT5513", "has_genre", "ENT7161"], ["ENT5513", "REL7", "ENT147"], ["CASANOVA 70", "has_genre", "ENT7161"], ["CASANOVA 70", "in_language", "ENT15722"], ["ENT5827", "has_genre", "ENT7161"], ["ENT5827", "in_language", "ENT15722"], ["ENT5845", "has_genre", "ENT7161"], ["ENT5845", "in_language", "ENT15722"], ["ENT5939", "has_genre", "ENT7161"], ["ENT5939", "in_language", "ENT15722"], ["ENT6154", "has_genre", "ENT7161"], ["ENT6154", "in_language", "ENT15722"], ["ENT6719", "has_genre", "ENT7161"], ["ENT6719", "in_language", "ENT15722"], ["ENT7167", "has_genre", "ENT7161"], ["ENT7167", "in_language", "ENT15722"], ["ENT7192", "REL1", "ENT5652"], ["ENT7192", "has_genre", "ENT7161"], ["ENT7192", "REL5", "ENT5652"], ["ENT7192", "in_language", "ENT15722"], ["ENT7192", "REL8", "ENT5652"], ["ENT7192", "REL9", "ENT5652"], ["DELITTO A PORTA ROMANA", "has_genre", "ENT7161"], ["DELITTO A PORTA ROMANA", "in_language", "ENT15722"], ["DELITTO A PORTA ROMANA", "REL7", "ENT147"], ["DELITTO AL RISTORANTE CINESE", "has_genre", "ENT7161"], ["DELITTO AL RISTORANTE CINESE", "in_language", "ENT15722"], ["DIVINE MADNESS", "has_genre", "ENT7161"], ["DIVINE MADNESS", "REL7", "ENT147"], ["ENT9272", "has_genre", "ENT7161"], ["ENT9272", "in_language", "ENT15722"], ["DR. GOLDFOOT AND THE GIRL BOMBS", "has_genre", "ENT7161"], ["DR. GOLDFOOT AND THE GIRL BOMBS", "in_language", "ENT15722"], ["ENT11021", "has_genre", "ENT7161"], ["ENT11021", "in_language", "ENT15722"], ["ENT11321", "has_genre", "ENT7161"], ["ENT11321", "REL7", "ENT147"], ["ENT11542", "has_genre", "ENT7161"], ["ENT11542", "REL7", "ENT147"], ["FORBIDDEN ZONE", "has_genre", "ENT7161"], ["FORBIDDEN ZONE", "REL7", "ENT147"], ["FUN IS BEAUTIFUL", "REL1", "ENT5652"], ["FUN IS BEAUTIFUL", "has_genre", "ENT7161"], ["FUN IS BEAUTIFUL", "REL5", "ENT5652"], ["FUN IS BEAUTIFUL", "in_language", "ENT15722"], ["FUN IS BEAUTIFUL", "REL7", "ENT147"], ["FUN IS BEAUTIFUL", "REL8", "ENT5652"], ["FUN IS BEAUTIFUL", "REL9", "ENT5652"], ["ENT12368", "has_genre", "ENT7161"], ["ENT12368", "REL7", "ENT147"], ["ENT13007", "has_genre", "ENT7161"], ["ENT13007", "in_language", "ENT15722"], ["ENT13143", "has_genre", "ENT7161"], ["ENT13143", "in_language", "ENT15722"], ["GROUNDHOG DAY", "has_genre", "ENT7161"], ["GROUNDHOG DAY", "REL5", "ENT7161"], ["GROUNDHOG DAY", "REL5", "ENT26581"], ["HERO AT LARGE", "has_genre", "ENT7161"], ["HERO AT LARGE", "REL7", "ENT147"], ["ENT14727", "has_genre", "ENT7161"], ["ENT14727", "REL7", "ENT147"], ["I DUE CARABINIERI", "REL1", "ENT5652"], ["I DUE CARABINIERI", "has_genre", "ENT7161"], ["I DUE CARABINIERI", "in_language", "ENT15722"], ["I DUE CARABINIERI", "REL8", "ENT5652"], ["ENT15108", "has_genre", "ENT7161"], ["ENT15108", "REL5", "ENT15722"], ["ENT15108", "in_language", "ENT15722"], ["ENT15694", "has_genre", "ENT7161"], ["ENT15694", "in_language", "ENT15722"], ["ENT15723", "has_genre", "ENT7161"], ["ENT15723", "REL5", "ENT15722"], ["ENT15723", "in_language", "ENT15722"], ["ENT17964", "has_genre", "ENT7161"], ["ENT17964", "in_language", "ENT15722"], ["ENT18600", "has_genre", "ENT7161"], ["ENT18600", "REL5", "ENT15722"], ["ENT18600", "in_language", "ENT15722"], ["LA DOLCE VITA", "has_genre", "ENT7161"], ["LA DOLCE VITA", "REL5", "ENT15722"], ["LA DOLCE VITA", "in_language", "ENT15722"], ["ENT19867", "has_genre", "ENT7161"], ["ENT19867", "in_language", "ENT15722"], ["ENT20595", "has_genre", "ENT7161"], ["ENT20595", "REL5", "ENT7161"], ["ENT20595", "REL5", "ENT15722"], ["ENT20595", "in_language", "ENT15722"], ["LITTLE MISS MARKER", "has_genre", "ENT7161"], ["LITTLE MISS MARKER", "REL7", "ENT147"], ["ENT20965", "has_genre", "ENT7161"], ["ENT20965", "in_language", "ENT15722"], ["ENT21159", "REL1", "ENT5652"], ["ENT21159", "has_genre", "ENT7161"], ["ENT21159", "in_language", "ENT15722"], ["ENT21159", "REL8", "ENT5652"], ["ENT21159", "REL9", "ENT5652"], ["ENT21550", "has_genre", "ENT7161"], ["ENT21550", "in_language", "ENT15722"], ["ENT21650", "REL1", "ENT5652"], ["ENT21650", "has_genre", "ENT7161"], ["ENT21650", "in_language", "ENT15722"], ["ENT21650", "REL8", "ENT5652"], ["ENT21650", "REL9", "ENT5652"], ["ENT23034", "has_genre", "ENT7161"], ["ENT23034", "REL7", "ENT147"], ["ENT23609", "has_genre", "ENT7161"], ["ENT23609", "in_language", "ENT15722"], ["ENT23625", "has_genre", "ENT7161"], ["ENT23625", "REL7", "ENT147"], ["ENT24181", "has_genre", "ENT7161"], ["ENT24181", "REL7", "ENT147"], ["ENT24389", "has_genre", "ENT7161"], ["ENT24389", "REL7", "ENT147"], ["ENT24423", "has_genre", "ENT7161"], ["ENT24423", "in_language", "ENT15722"], ["ENT25275", "has_genre", "ENT7161"], ["ENT25275", "in_language", "ENT15722"], ["ENT25514", "has_genre", "ENT7161"], ["ENT25514", "REL7", "ENT147"], ["ENT25699", "has_genre", "ENT7161"], ["ENT25699", "in_language", "ENT15722"], ["PARENTI SERPENTI", "has_genre", "ENT7161"], ["PARENTI SERPENTI", "in_language", "ENT15722"], ["POPEYE", "has_genre", "ENT7161"], ["POPEYE", "REL7", "ENT147"], ["ENT27417", "has_genre", "ENT7161"], ["ENT27417", "REL7", "ENT147"], ["RUNNING SCARED", "has_genre", "ENT7161"], ["RUNNING SCARED", "REL7", "ENT147"], ["ENT29760", "has_genre", "ENT7161"], ["ENT29760", "in_language", "ENT15722"], ["ENT30413", "has_genre", "ENT7161"], ["ENT30413", "REL7", "ENT147"], ["ENT30484", "has_genre", "ENT7161"], ["ENT30484", "REL7", "ENT147"], ["ENT31024", "has_genre", "ENT7161"], ["ENT31024", "REL7", "ENT147"], ["ENT31264", "has_genre", "ENT7161"], ["ENT31264", "REL7", "ENT147"], ["ENT31724", "has_genre", "ENT7161"], ["ENT31724", "REL7", "ENT147"], ["STEFANO QUANTESTORIE", "has_genre", "ENT7161"], ["STEFANO QUANTESTORIE", "in_language", "ENT15722"], ["STIR CRAZY", "has_genre", "ENT7161"], ["STIR CRAZY", "REL5", "ENT7161"], ["STIR CRAZY", "REL7", "ENT147"], ["SUPER FUZZ", "has_genre", "ENT7161"], ["SUPER FUZZ", "REL7", "ENT147"], ["ENT32599", "has_genre", "ENT7161"], ["ENT32599", "in_language", "ENT15722"], ["THE ADVENTURES OF PICASSO", "has_genre", "ENT7161"], ["THE ADVENTURES OF PICASSO", "in_language", "ENT15722"], ["ENT33461", "has_genre", "ENT7161"], ["ENT33461", "in_language", "ENT15722"], ["ENT33524", "has_genre", "ENT7161"], ["ENT33524", "in_language", "ENT15722"], ["ENT33570", "has_genre", "ENT7161"], ["ENT33570", "REL5", "ENT7161"], ["ENT33570", "REL7", "ENT147"], ["ENT33691", "has_genre", "ENT7161"], ["ENT33691", "in_language", "ENT15722"], ["ENT34230", "has_genre", "ENT7161"], ["ENT34230", "in_language", "ENT15722"], ["ENT34256", "has_genre", "ENT7161"], ["ENT34256", "REL7", "ENT147"], ["ENT34351", "has_genre", "ENT7161"], ["ENT34351", "in_language", "ENT15722"], ["ENT34462", "has_genre", "ENT7161"], ["ENT34462", "REL7", "ENT147"], ["ENT34671", "has_genre", "ENT7161"], ["ENT34671", "REL7", "ENT147"], ["ENT34757", "has_genre", "ENT7161"], ["ENT34757", "in_language", "ENT15722"], ["THE IMMATURE", "has_genre", "ENT7161"], ["THE IMMATURE", "in_language", "ENT15722"], ["THE LAST KISS", "has_genre", "ENT7161"], ["THE LAST KISS", "in_language", "ENT15722"], ["ENT35071", "has_genre", "ENT7161"], ["ENT35071", "REL5", "ENT7161"], ["ENT35071", "in_language", "ENT15722"], ["ENT35384", "has_genre", "ENT7161"], ["ENT35384", "REL5", "ENT7161"], ["ENT35384", "in_language", "ENT15722"], ["ENT35517", "has_genre", "ENT7161"], ["ENT35517", "REL7", "ENT147"], ["ENT35763", "has_genre", "ENT7161"], ["ENT35763", "REL7", "ENT147"], ["ENT35888", "has_genre", "ENT7161"], ["ENT35888", "in_language", "ENT15722"], ["THE TIGER AND THE SNOW", "has_genre", "ENT7161"], ["THE TIGER AND THE SNOW", "REL5", "ENT15722"], ["THE TIGER AND THE SNOW", "in_language", "ENT15722"], ["ENT36638", "has_genre", "ENT7161"], ["ENT36638", "in_language", "ENT15722"], ["ENT36828", "has_genre", "ENT7161"], ["ENT36828", "in_language", "ENT15722"], ["TIFOSI", "has_genre", "ENT7161"], ["TIFOSI", "in_language", "ENT15722"], ["ENT37241", "has_genre", "ENT7161"], ["ENT37241", "REL5", "ENT7161"], ["ENT37241", "in_language", "ENT15722"], ["ENT37787", "has_genre", "ENT7161"], ["ENT37787", "REL7", "ENT147"], ["ENT38206", "has_genre", "ENT7161"], ["ENT38206", "REL7", "ENT147"], ["ENT38910", "has_genre", "ENT7161"], ["ENT38910", "in_language", "ENT15722"], ["ENT38918", "has_genre", "ENT7161"], ["ENT38918", "REL5", "ENT7161"], ["ENT38918", "REL5", "ENT15722"], ["ENT38918", "in_language", "ENT15722"], ["ENT39119", "has_genre", "ENT7161"], ["ENT39119", "REL7", "ENT147"], ["ENT39827", "has_genre", "ENT7161"], ["ENT39827", "in_language", "ENT15722"]]}
|
metaqa
|
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
5201, ENT185
3577, A TAXING WOMAN
24706, ENT2319
25995, BABE
12157, ENT3679
23114, ENT4001
17148, ENT7161
25370, ENT8762
5910, ENT11253
36139, ENT15086
37070, ENT16434
29949, ENT16435
10084, MATT CUNNINGHAM
27216, ENT24048
36375, ENT24070
27425, ORIGINAL
1515, ENT27103
5874, ENT27864
11676, ENT30906
34600, ENT31592
23742, ENT35754
1297, THE WITCHES OF EASTWICK
21545, ENT38585
29343, ENT38859
22921, ENT38875
11244, ENT39615
src, edge_attr, dst
3577, REL5, 37070
3577, in_language, 29949
25995, REL5, 5910
25995, REL5, 1515
12157, has_genre, 5910
12157, REL5, 5910
12157, REL5, 27425
23114, has_genre, 5910
23114, REL5, 11244
25370, REL1, 10084
25370, has_genre, 17148
25370, REL9, 10084
36139, has_genre, 5910
36139, REL5, 11244
27216, has_genre, 5910
27216, REL7, 5201
36375, REL5, 24706
36375, REL7, 5201
1515, has_genre, 17148
5874, REL5, 24706
5874, REL5, 27425
11676, REL5, 24706
11676, REL7, 5201
34600, REL5, 24706
34600, REL5, 5910
34600, REL5, 37070
34600, REL5, 29949
34600, REL5, 27425
34600, REL5, 1515
34600, REL5, 11244
34600, in_language, 29949
34600, REL7, 5201
23742, REL5, 5910
23742, REL5, 27425
1297, has_genre, 5910
1297, REL5, 11244
21545, in_language, 29949
21545, REL7, 5201
29343, REL5, 37070
29343, in_language, 29949
29343, REL7, 5201
22921, in_language, 29949
22921, REL7, 5201
Question: In what context are MATT CUNNINGHAM and ENT31592 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["MATT CUNNINGHAM", "ENT31592"], "valid_edges": [["A TAXING WOMAN", "REL5", "ENT16434"], ["A TAXING WOMAN", "in_language", "ENT16435"], ["BABE", "REL5", "ENT11253"], ["BABE", "REL5", "ENT27103"], ["ENT3679", "has_genre", "ENT11253"], ["ENT3679", "REL5", "ENT11253"], ["ENT3679", "REL5", "ORIGINAL"], ["ENT4001", "has_genre", "ENT11253"], ["ENT4001", "REL5", "ENT39615"], ["ENT8762", "REL1", "MATT CUNNINGHAM"], ["ENT8762", "has_genre", "ENT7161"], ["ENT8762", "REL9", "MATT CUNNINGHAM"], ["ENT15086", "has_genre", "ENT11253"], ["ENT15086", "REL5", "ENT39615"], ["ENT24048", "has_genre", "ENT11253"], ["ENT24048", "REL7", "ENT185"], ["ENT24070", "REL5", "ENT2319"], ["ENT24070", "REL7", "ENT185"], ["ENT27103", "has_genre", "ENT7161"], ["ENT27864", "REL5", "ENT2319"], ["ENT27864", "REL5", "ORIGINAL"], ["ENT30906", "REL5", "ENT2319"], ["ENT30906", "REL7", "ENT185"], ["ENT31592", "REL5", "ENT2319"], ["ENT31592", "REL5", "ENT11253"], ["ENT31592", "REL5", "ENT16434"], ["ENT31592", "REL5", "ENT16435"], ["ENT31592", "REL5", "ORIGINAL"], ["ENT31592", "REL5", "ENT27103"], ["ENT31592", "REL5", "ENT39615"], ["ENT31592", "in_language", "ENT16435"], ["ENT31592", "REL7", "ENT185"], ["ENT35754", "REL5", "ENT11253"], ["ENT35754", "REL5", "ORIGINAL"], ["THE WITCHES OF EASTWICK", "has_genre", "ENT11253"], ["THE WITCHES OF EASTWICK", "REL5", "ENT39615"], ["ENT38585", "in_language", "ENT16435"], ["ENT38585", "REL7", "ENT185"], ["ENT38859", "REL5", "ENT16434"], ["ENT38859", "in_language", "ENT16435"], ["ENT38859", "REL7", "ENT185"], ["ENT38875", "in_language", "ENT16435"], ["ENT38875", "REL7", "ENT185"]]}
|
metaqa
|
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
9348, ENT119
13583, 2007
3278, ENT1119
23589, ENT1120
36878, ENT3062
23435, ENT3604
35852, ENT4313
27568, ENT4582
21752, CALIFORNIA DREAMIN'
1044, HEAVY METAL IN BAGHDAD
17129, ENT20738
1342, ENT26637
25734, ENT28034
5684, ENT30606
21956, TALI-IHANTALA 1944
32687, ENT32916
14814, THE COUNTERFEITERS
30394, ENT35830
6864, ENT36581
38951, ENT38094
21187, VAN HEFLIN
19608, ENT38813
src, edge_attr, dst
3278, REL5, 23589
3278, REL5, 19608
23589, REL5, 23589
23589, REL5, 21187
36878, REL5, 19608
36878, REL7, 13583
23435, has_genre, 19608
23435, REL7, 13583
35852, REL7, 9348
35852, REL8, 21187
27568, has_genre, 19608
27568, REL7, 13583
21752, has_genre, 19608
21752, REL7, 13583
1044, has_genre, 19608
1044, REL7, 13583
17129, has_genre, 19608
17129, REL7, 13583
1342, REL5, 19608
1342, REL7, 13583
25734, has_genre, 19608
25734, REL7, 13583
5684, has_genre, 19608
5684, REL7, 13583
21956, has_genre, 19608
21956, REL7, 13583
32687, has_genre, 19608
32687, REL7, 13583
14814, has_genre, 19608
14814, REL7, 13583
30394, has_genre, 19608
30394, REL7, 9348
30394, REL8, 21187
6864, REL5, 19608
6864, REL7, 13583
38951, has_genre, 19608
38951, REL7, 13583
19608, REL7, 13583
Question: For what reason are ENT38094 and VAN HEFLIN associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT38094", "VAN HEFLIN"], "valid_edges": [["ENT1119", "REL5", "ENT1120"], ["ENT1119", "REL5", "ENT38813"], ["ENT1120", "REL5", "ENT1120"], ["ENT1120", "REL5", "VAN HEFLIN"], ["ENT3062", "REL5", "ENT38813"], ["ENT3062", "REL7", "2007"], ["ENT3604", "has_genre", "ENT38813"], ["ENT3604", "REL7", "2007"], ["ENT4313", "REL7", "ENT119"], ["ENT4313", "REL8", "VAN HEFLIN"], ["ENT4582", "has_genre", "ENT38813"], ["ENT4582", "REL7", "2007"], ["CALIFORNIA DREAMIN'", "has_genre", "ENT38813"], ["CALIFORNIA DREAMIN'", "REL7", "2007"], ["HEAVY METAL IN BAGHDAD", "has_genre", "ENT38813"], ["HEAVY METAL IN BAGHDAD", "REL7", "2007"], ["ENT20738", "has_genre", "ENT38813"], ["ENT20738", "REL7", "2007"], ["ENT26637", "REL5", "ENT38813"], ["ENT26637", "REL7", "2007"], ["ENT28034", "has_genre", "ENT38813"], ["ENT28034", "REL7", "2007"], ["ENT30606", "has_genre", "ENT38813"], ["ENT30606", "REL7", "2007"], ["TALI-IHANTALA 1944", "has_genre", "ENT38813"], ["TALI-IHANTALA 1944", "REL7", "2007"], ["ENT32916", "has_genre", "ENT38813"], ["ENT32916", "REL7", "2007"], ["THE COUNTERFEITERS", "has_genre", "ENT38813"], ["THE COUNTERFEITERS", "REL7", "2007"], ["ENT35830", "has_genre", "ENT38813"], ["ENT35830", "REL7", "ENT119"], ["ENT35830", "REL8", "VAN HEFLIN"], ["ENT36581", "REL5", "ENT38813"], ["ENT36581", "REL7", "2007"], ["ENT38094", "has_genre", "ENT38813"], ["ENT38094", "REL7", "2007"], ["ENT38813", "REL7", "2007"]]}
|
metaqa
|
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
34413, ENT168
18783, ENT30881
2562, ENT33449
9296, THE GENERAL'S DAUGHTER
32492, ENT39665
src, edge_attr, dst
2562, has_genre, 18783
9296, REL7, 34413
32492, has_genre, 18783
32492, REL7, 34413
Question: How are ENT33449 and THE GENERAL'S DAUGHTER related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT33449", "THE GENERAL'S DAUGHTER"], "valid_edges": [["ENT33449", "has_genre", "ENT30881"], ["THE GENERAL'S DAUGHTER", "REL7", "ENT168"], ["ENT39665", "has_genre", "ENT30881"], ["ENT39665", "REL7", "ENT168"]]}
|
metaqa
|
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
29427, ENT2314
30659, ANNA KARINA
16745, ENT6378
16661, ENT9752
6848, ENT22999
src, edge_attr, dst
29427, has_genre, 16661
29427, REL5, 6848
16745, has_genre, 16661
16745, REL5, 16661
16745, REL8, 30659
Question: In what context are ANNA KARINA and ENT22999 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ANNA KARINA", "ENT22999"], "valid_edges": [["ENT2314", "has_genre", "ENT9752"], ["ENT2314", "REL5", "ENT22999"], ["ENT6378", "has_genre", "ENT9752"], ["ENT6378", "REL5", "ENT9752"], ["ENT6378", "REL8", "ANNA KARINA"]]}
|
metaqa
|
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
13063, ENT194
26594, FRIDAY THE 13TH
2363, ENT12319
22547, ENT22267
23785, ENT23613
21604, ENT39189
src, edge_attr, dst
26594, REL7, 13063
26594, REL9, 22547
23785, REL7, 13063
23785, REL8, 2363
21604, REL7, 13063
21604, REL8, 2363
Question: How are ENT12319 and ENT22267 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT12319", "ENT22267"], "valid_edges": [["FRIDAY THE 13TH", "REL7", "ENT194"], ["FRIDAY THE 13TH", "REL9", "ENT22267"], ["ENT23613", "REL7", "ENT194"], ["ENT23613", "REL8", "ENT12319"], ["ENT39189", "REL7", "ENT194"], ["ENT39189", "REL8", "ENT12319"]]}
|
metaqa
|
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
6586, ENT167
21126, ENT7881
32111, ENT9065
28209, KEVIN OTTO
17474, ENT38280
src, edge_attr, dst
32111, REL7, 6586
32111, REL8, 28209
17474, REL5, 17474
17474, REL7, 6586
17474, REL8, 21126
Question: In what context are ENT7881 and KEVIN OTTO connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT7881", "KEVIN OTTO"], "valid_edges": [["ENT9065", "REL7", "ENT167"], ["ENT9065", "REL8", "KEVIN OTTO"], ["ENT38280", "REL5", "ENT38280"], ["ENT38280", "REL7", "ENT167"], ["ENT38280", "REL8", "ENT7881"]]}
|
metaqa
|
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
273, ENT1851
4398, BEAUTY
16661, ENT9752
587, ENT11984
36805, PANDORA'S BOX
13228, ENT31772
src, edge_attr, dst
273, has_genre, 16661
273, REL5, 4398
273, REL5, 16661
36805, has_genre, 16661
36805, REL9, 587
13228, has_genre, 16661
13228, REL5, 4398
Question: How are BEAUTY and ENT11984 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["BEAUTY", "ENT11984"], "valid_edges": [["ENT1851", "has_genre", "ENT9752"], ["ENT1851", "REL5", "BEAUTY"], ["ENT1851", "REL5", "ENT9752"], ["PANDORA'S BOX", "has_genre", "ENT9752"], ["PANDORA'S BOX", "REL9", "ENT11984"], ["ENT31772", "has_genre", "ENT9752"], ["ENT31772", "REL5", "BEAUTY"]]}
|
metaqa
|
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
25949, ENT4824
6233, ENT5235
37729, CAPTAIN JANUARY
17148, ENT7161
2821, ENT27081
28571, ENT36316
src, edge_attr, dst
25949, has_genre, 17148
25949, REL8, 6233
37729, has_genre, 17148
37729, REL8, 6233
28571, has_genre, 17148
28571, REL5, 2821
28571, REL8, 2821
Question: How are ENT5235 and ENT27081 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT5235", "ENT27081"], "valid_edges": [["ENT4824", "has_genre", "ENT7161"], ["ENT4824", "REL8", "ENT5235"], ["CAPTAIN JANUARY", "has_genre", "ENT7161"], ["CAPTAIN JANUARY", "REL8", "ENT5235"], ["ENT36316", "has_genre", "ENT7161"], ["ENT36316", "REL5", "ENT27081"], ["ENT36316", "REL8", "ENT27081"]]}
|
metaqa
|
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
9048, ENT165
2393, ENT1852
18560, ENT4693
32198, ENT4701
33293, CITIZEN RUTH
19079, ENT9059
8201, ENT9209
7349, DUSTIN HOFFMAN
34103, ENT14711
20420, ISABELLE ADJANI
16018, ENT21562
36160, ENT27567
6234, ENT30495
22620, ENT34284
src, edge_attr, dst
2393, REL7, 9048
2393, REL8, 7349
18560, REL5, 8201
18560, REL7, 9048
32198, REL5, 8201
32198, REL7, 9048
33293, REL5, 8201
33293, REL7, 9048
19079, REL7, 9048
19079, REL8, 20420
34103, REL5, 7349
34103, REL5, 16018
34103, REL8, 7349
36160, REL1, 7349
36160, REL5, 8201
36160, REL5, 7349
36160, REL8, 20420
36160, REL8, 16018
6234, REL7, 9048
22620, REL7, 9048
22620, REL8, 16018
Question: For what reason are ENT27567 and ENT30495 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT27567", "ENT30495"], "valid_edges": [["ENT1852", "REL7", "ENT165"], ["ENT1852", "REL8", "DUSTIN HOFFMAN"], ["ENT4693", "REL5", "ENT9209"], ["ENT4693", "REL7", "ENT165"], ["ENT4701", "REL5", "ENT9209"], ["ENT4701", "REL7", "ENT165"], ["CITIZEN RUTH", "REL5", "ENT9209"], ["CITIZEN RUTH", "REL7", "ENT165"], ["ENT9059", "REL7", "ENT165"], ["ENT9059", "REL8", "ISABELLE ADJANI"], ["ENT14711", "REL5", "DUSTIN HOFFMAN"], ["ENT14711", "REL5", "ENT21562"], ["ENT14711", "REL8", "DUSTIN HOFFMAN"], ["ENT27567", "REL1", "DUSTIN HOFFMAN"], ["ENT27567", "REL5", "ENT9209"], ["ENT27567", "REL5", "DUSTIN HOFFMAN"], ["ENT27567", "REL8", "ISABELLE ADJANI"], ["ENT27567", "REL8", "ENT21562"], ["ENT30495", "REL7", "ENT165"], ["ENT34284", "REL7", "ENT165"], ["ENT34284", "REL8", "ENT21562"]]}
|
metaqa
|
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
33748, 1957
37070, ENT16434
17670, ENT25754
34454, ENT27273
12753, ENT37037
src, edge_attr, dst
17670, REL7, 33748
34454, REL5, 37070
12753, REL5, 37070
12753, REL7, 33748
Question: For what reason are ENT25754 and ENT27273 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT25754", "ENT27273"], "valid_edges": [["ENT25754", "REL7", "1957"], ["ENT27273", "REL5", "ENT16434"], ["ENT37037", "REL5", "ENT16434"], ["ENT37037", "REL7", "1957"]]}
|
metaqa
|
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
19655, ENT2702
24936, ENT7509
31583, DAVID STRATHAIRN
14552, ENT25187
32869, ENT31783
10259, ENT35921
src, edge_attr, dst
19655, has_genre, 24936
14552, has_genre, 24936
14552, REL8, 31583
32869, REL8, 31583
10259, has_genre, 24936
10259, REL8, 31583
Question: In what context are ENT2702 and ENT31783 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT2702", "ENT31783"], "valid_edges": [["ENT2702", "has_genre", "ENT7509"], ["ENT25187", "has_genre", "ENT7509"], ["ENT25187", "REL8", "DAVID STRATHAIRN"], ["ENT31783", "REL8", "DAVID STRATHAIRN"], ["ENT35921", "has_genre", "ENT7509"], ["ENT35921", "REL8", "DAVID STRATHAIRN"]]}
|
metaqa
|
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
27530, ENT4859
16661, ENT9752
14994, ENT11262
20144, ENT32159
3697, ENT37608
src, edge_attr, dst
20144, has_genre, 16661
20144, REL8, 27530
3697, has_genre, 16661
3697, REL8, 14994
Question: For what reason are ENT4859 and ENT11262 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT4859", "ENT11262"], "valid_edges": [["ENT32159", "has_genre", "ENT9752"], ["ENT32159", "REL8", "ENT4859"], ["ENT37608", "has_genre", "ENT9752"], ["ENT37608", "REL8", "ENT11262"]]}
|
metaqa
|
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
28767, ENT138
8569, ENT191
4347, ENT361
17504, ENT2883
23955, ENT3021
9559, BEDKNOBS AND BROOMSTICKS
10842, ENT4265
1286, BREAKING AND ENTERING
26697, ENT6742
27536, DAUGHTERS OF DARKNESS
22529, ENT10611
39802, FROM PRADA TO NADA
39472, ENT13318
31861, ENT18679
27080, KLIMT
25240, ENT20505
32564, ENT21444
30978, ENT27599
20279, ENT28112
4740, ENT30401
24350, ENT30986
5744, ENT33370
22548, ENT33670
14208, ENT33767
38202, THE LAST KISS
10469, THE MAGIC FLUTE
32715, ENT35500
23942, THE U.S. VS. JOHN LENNON
9551, ENT36669
28317, ENT38146
20689, UNREST
src, edge_attr, dst
4347, in_language, 22529
4347, REL7, 28767
17504, in_language, 22529
17504, REL7, 8569
23955, in_language, 22529
23955, REL7, 8569
9559, in_language, 22529
9559, REL7, 28767
10842, in_language, 22529
10842, REL7, 8569
1286, in_language, 22529
1286, REL7, 8569
26697, in_language, 22529
26697, REL7, 8569
27536, in_language, 22529
27536, REL7, 28767
39802, in_language, 22529
39472, in_language, 22529
39472, REL7, 8569
31861, in_language, 22529
31861, REL7, 8569
27080, in_language, 22529
27080, REL7, 8569
25240, in_language, 22529
25240, REL7, 8569
32564, in_language, 22529
32564, REL7, 28767
30978, in_language, 22529
30978, REL7, 8569
20279, in_language, 22529
20279, REL7, 8569
4740, REL7, 28767
4740, REL7, 8569
24350, in_language, 22529
24350, REL7, 28767
5744, in_language, 22529
5744, REL7, 8569
22548, in_language, 22529
22548, REL7, 28767
14208, in_language, 22529
14208, REL7, 8569
38202, in_language, 22529
38202, REL7, 8569
10469, in_language, 22529
10469, REL7, 8569
32715, in_language, 22529
32715, REL7, 28767
23942, in_language, 22529
23942, REL7, 8569
9551, in_language, 22529
9551, REL7, 8569
28317, in_language, 22529
28317, REL7, 8569
20689, in_language, 22529
20689, REL7, 8569
Question: In what context are FROM PRADA TO NADA and ENT30401 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["FROM PRADA TO NADA", "ENT30401"], "valid_edges": [["ENT361", "in_language", "ENT10611"], ["ENT361", "REL7", "ENT138"], ["ENT2883", "in_language", "ENT10611"], ["ENT2883", "REL7", "ENT191"], ["ENT3021", "in_language", "ENT10611"], ["ENT3021", "REL7", "ENT191"], ["BEDKNOBS AND BROOMSTICKS", "in_language", "ENT10611"], ["BEDKNOBS AND BROOMSTICKS", "REL7", "ENT138"], ["ENT4265", "in_language", "ENT10611"], ["ENT4265", "REL7", "ENT191"], ["BREAKING AND ENTERING", "in_language", "ENT10611"], ["BREAKING AND ENTERING", "REL7", "ENT191"], ["ENT6742", "in_language", "ENT10611"], ["ENT6742", "REL7", "ENT191"], ["DAUGHTERS OF DARKNESS", "in_language", "ENT10611"], ["DAUGHTERS OF DARKNESS", "REL7", "ENT138"], ["FROM PRADA TO NADA", "in_language", "ENT10611"], ["ENT13318", "in_language", "ENT10611"], ["ENT13318", "REL7", "ENT191"], ["ENT18679", "in_language", "ENT10611"], ["ENT18679", "REL7", "ENT191"], ["KLIMT", "in_language", "ENT10611"], ["KLIMT", "REL7", "ENT191"], ["ENT20505", "in_language", "ENT10611"], ["ENT20505", "REL7", "ENT191"], ["ENT21444", "in_language", "ENT10611"], ["ENT21444", "REL7", "ENT138"], ["ENT27599", "in_language", "ENT10611"], ["ENT27599", "REL7", "ENT191"], ["ENT28112", "in_language", "ENT10611"], ["ENT28112", "REL7", "ENT191"], ["ENT30401", "REL7", "ENT138"], ["ENT30401", "REL7", "ENT191"], ["ENT30986", "in_language", "ENT10611"], ["ENT30986", "REL7", "ENT138"], ["ENT33370", "in_language", "ENT10611"], ["ENT33370", "REL7", "ENT191"], ["ENT33670", "in_language", "ENT10611"], ["ENT33670", "REL7", "ENT138"], ["ENT33767", "in_language", "ENT10611"], ["ENT33767", "REL7", "ENT191"], ["THE LAST KISS", "in_language", "ENT10611"], ["THE LAST KISS", "REL7", "ENT191"], ["THE MAGIC FLUTE", "in_language", "ENT10611"], ["THE MAGIC FLUTE", "REL7", "ENT191"], ["ENT35500", "in_language", "ENT10611"], ["ENT35500", "REL7", "ENT138"], ["THE U.S. VS. JOHN LENNON", "in_language", "ENT10611"], ["THE U.S. VS. JOHN LENNON", "REL7", "ENT191"], ["ENT36669", "in_language", "ENT10611"], ["ENT36669", "REL7", "ENT191"], ["ENT38146", "in_language", "ENT10611"], ["ENT38146", "REL7", "ENT191"], ["UNREST", "in_language", "ENT10611"], ["UNREST", "REL7", "ENT191"]]}
|
metaqa
|
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
14933, ENT1234
13622, ENT11233
37247, ENT11993
15897, ENT16297
34088, ENT37227
src, edge_attr, dst
37247, REL1, 15897
37247, REL4, 13622
37247, REL5, 37247
37247, REL5, 15897
34088, REL1, 14933
34088, REL4, 13622
Question: For what reason are ENT1234 and ENT16297 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT1234", "ENT16297"], "valid_edges": [["ENT11993", "REL1", "ENT16297"], ["ENT11993", "REL4", "ENT11233"], ["ENT11993", "REL5", "ENT11993"], ["ENT11993", "REL5", "ENT16297"], ["ENT37227", "REL1", "ENT1234"], ["ENT37227", "REL4", "ENT11233"]]}
|
metaqa
|
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
4924, ENT131
30488, ENT336
26271, ALUCARDA
22222, ENT2684
22324, APARTMENT 1303 3D
31586, ENT2698
22696, ENT3569
4438, ENT4274
22037, BLOOD OF THE VAMPIRE
8331, BLOODY PIT OF HORROR
39280, ENT5214
13646, CAT PEOPLE
236, ENT5860
13628, ENT6776
33493, ENT8090
27536, DAUGHTERS OF DARKNESS
5492, ENT8618
19052, ENT8843
35179, DETOUR
22197, ENT9303
14156, ENT9518
20031, DONOVAN'S BRAIN
8031, ENT9715
1251, DR. TERROR'S HOUSE OF HORRORS
1979, ENT9728
23746, ENT9730
22529, ENT10611
30307, ENT11063
7291, ENT11124
7273, ENT11134
37247, ENT11993
10435, FRANKENSTEIN MUST BE DESTROYED
20202, ENT12369
10409, ENT13689
12907, HANDS OF THE RIPPER
39061, HOLLOW MAN
37852, ENT14733
9743, ENT14735
31960, ENT14794
38455, HOUSE OF WAX
17238, ENT15094
27986, ENT15173
12536, ENT15228
24459, ENT15964
14614, ENT20048
18219, ENT20423
20974, ENT20483
28615, ENT20971
2097, ENT21439
7304, MAD LOVE
6880, ENT21523
5728, ENT22231
28609, ENT22859
10548, ENT24510
5102, ENT25081
37815, NIGHT OF THE LEPUS
33746, ENT25084
8640, NIGHTMARE CASTLE
2699, ENT25371
31985, ENT25780
9037, PEEPING TOM
11972, PLANET OF THE VAMPIRES
29260, ENT27167
9744, ENT27486
16935, REPULSION
30219, ENT28571
16716, ENT29249
10154, ROSEMARY'S BABY
6304, ENT30493
9858, ENT31594
16004, ENT31659
35789, STORAGE 24
23528, ENT32564
21368, ENT33089
7827, THE ABOMINABLE DR. PHIBES
20463, THE ALLIGATOR PEOPLE
38726, ENT33376
22550, ENT33618
39028, ENT33688
21071, ENT33732
2370, THE COLLECTOR
7113, ENT33904
3649, ENT33936
2613, ENT34067
36243, ENT34093
11685, ENT34250
36057, ENT34402
6073, ENT34407
12032, ENT34493
18062, ENT34618
23767, ENT34621
29201, ENT34698
37471, ENT34718
23969, ENT34721
8606, ENT34733
34717, ENT34735
34839, THE INNOCENTS
15674, ENT34824
68, ENT34825
31405, ENT34838
22504, ENT34931
20644, THE LEGEND OF HELL HOUSE
18335, THE LITTLE SHOP OF HORRORS
9794, ENT35112
33397, THE MASQUE OF THE RED DEATH
8019, ENT35415
1492, ENT35585
3158, THE PICTURE OF DORIAN GRAY
23101, ENT35695
21312, ENT35843
18187, ENT35897
1067, THE REVENGE OF FRANKENSTEIN
33152, THE SEVENTH VICTIM
29839, ENT36075
4073, ENT36219
32890, ENT36293
15936, ENT36345
24561, ENT36410
12701, ENT36509
18702, ENT36526
36205, ENT36591
8549, ENT36646
10715, ENT36683
5906, THE WOLFMAN
9013, ENT36697
24566, ENT36770
6554, ENT36776
1248, TORTURE GARDEN
25300, ENT37820
18822, ENT37825
20689, UNREST
5260, ENT38220
12594, ENT38484
4516, ENT39187
10382, WITCHFINDER GENERAL
src, edge_attr, dst
30488, has_genre, 37852
30488, REL5, 22696
26271, has_genre, 37852
26271, in_language, 22529
22324, has_genre, 37852
22324, in_language, 22529
31586, has_genre, 37852
31586, in_language, 22529
4438, has_genre, 37852
4438, REL5, 22696
22037, has_genre, 37852
22037, REL5, 22696
8331, has_genre, 37852
8331, REL7, 4924
39280, REL5, 22696
39280, REL5, 37852
13646, has_genre, 37852
13646, REL5, 22696
13628, has_genre, 37852
13628, REL5, 37852
13628, in_language, 22529
33493, has_genre, 37852
33493, REL5, 22222
33493, REL5, 37852
27536, has_genre, 37852
27536, in_language, 22529
5492, has_genre, 37852
5492, REL5, 22696
19052, has_genre, 37852
19052, REL5, 22696
35179, has_genre, 37852
35179, REL5, 22696
22197, has_genre, 37852
22197, REL5, 22696
14156, has_genre, 37852
14156, in_language, 22529
20031, has_genre, 37852
20031, REL5, 22696
8031, has_genre, 37852
8031, REL5, 22696
1251, has_genre, 37852
1251, REL7, 4924
1979, has_genre, 37852
1979, REL5, 22696
23746, has_genre, 37852
23746, REL5, 22696
30307, has_genre, 37852
30307, in_language, 22529
7291, has_genre, 37852
7291, REL5, 22696
7273, has_genre, 37852
7273, REL5, 22696
37247, has_genre, 37852
37247, REL5, 37852
37247, in_language, 22529
10435, has_genre, 37852
10435, REL5, 22696
20202, has_genre, 37852
20202, REL5, 22696
12907, has_genre, 37852
12907, REL5, 22696
39061, REL5, 22696
39061, REL5, 37852
9743, has_genre, 37852
9743, REL5, 22696
31960, has_genre, 37852
31960, REL5, 22696
31960, REL5, 37852
38455, has_genre, 37852
38455, REL5, 22696
17238, has_genre, 37852
17238, REL7, 4924
12536, has_genre, 37852
12536, REL9, 21368
24459, has_genre, 37852
24459, REL5, 9744
14614, has_genre, 37852
14614, in_language, 22529
18219, has_genre, 37852
18219, REL5, 37852
18219, in_language, 22529
20974, has_genre, 37852
20974, REL5, 37852
20974, in_language, 22529
28615, has_genre, 37852
28615, in_language, 22529
2097, has_genre, 37852
2097, REL5, 22696
7304, has_genre, 37852
7304, REL5, 22696
6880, has_genre, 37852
6880, REL5, 22696
5728, has_genre, 37852
5728, REL5, 22696
28609, has_genre, 37852
28609, REL5, 22696
10548, has_genre, 37852
10548, REL5, 22696
5102, has_genre, 37852
5102, REL5, 22696
37815, has_genre, 37852
37815, REL5, 22696
33746, has_genre, 37852
33746, REL5, 22696
33746, REL5, 37852
8640, has_genre, 37852
8640, REL7, 4924
2699, has_genre, 37852
2699, REL5, 22696
31985, has_genre, 37852
31985, REL7, 4924
9037, has_genre, 37852
9037, REL5, 22696
11972, has_genre, 37852
11972, REL7, 4924
29260, has_genre, 37852
29260, REL5, 22696
29260, REL5, 37852
16935, REL1, 16716
16935, has_genre, 37852
16935, REL5, 22222
16935, REL5, 22696
16935, REL5, 236
16935, REL5, 9744
16935, REL5, 16716
16935, in_language, 22529
16935, REL7, 4924
16935, REL8, 236
16935, REL8, 27986
16935, REL9, 10409
16935, REL9, 16716
30219, has_genre, 37852
30219, in_language, 22529
10154, REL1, 16716
10154, has_genre, 37852
10154, REL5, 37852
10154, REL5, 16716
10154, REL9, 16716
6304, has_genre, 37852
6304, REL5, 37852
6304, REL5, 9744
9858, has_genre, 37852
9858, REL5, 22696
9858, in_language, 22529
16004, has_genre, 37852
16004, REL5, 22696
35789, has_genre, 37852
35789, REL5, 22696
23528, has_genre, 37852
23528, REL5, 22696
7827, has_genre, 37852
7827, REL5, 22696
7827, REL5, 37852
20463, has_genre, 37852
20463, REL5, 22696
38726, has_genre, 37852
38726, REL5, 22696
22550, has_genre, 37852
22550, REL5, 22696
39028, has_genre, 37852
39028, REL5, 22696
21071, has_genre, 37852
21071, REL5, 22696
2370, has_genre, 37852
2370, REL7, 4924
7113, has_genre, 37852
7113, REL5, 22696
3649, has_genre, 37852
3649, REL5, 22696
3649, REL5, 37852
3649, in_language, 22529
2613, has_genre, 37852
2613, REL5, 22696
36243, has_genre, 37852
36243, REL5, 22696
11685, REL1, 16716
11685, has_genre, 37852
11685, REL5, 22696
11685, REL5, 16716
11685, REL8, 16716
11685, REL9, 10409
11685, REL9, 16716
36057, has_genre, 37852
36057, REL5, 22696
6073, has_genre, 37852
6073, REL5, 22696
12032, has_genre, 37852
12032, REL5, 22696
18062, has_genre, 37852
18062, REL5, 22696
23767, has_genre, 37852
23767, REL5, 22696
23767, REL5, 37852
29201, has_genre, 37852
29201, REL5, 22696
37471, has_genre, 37852
37471, REL5, 22696
23969, has_genre, 37852
23969, REL5, 22696
8606, has_genre, 37852
8606, REL5, 22696
8606, in_language, 22529
34717, has_genre, 37852
34717, REL5, 22696
34717, REL5, 236
34717, REL8, 236
34839, has_genre, 37852
34839, REL5, 22696
15674, has_genre, 37852
15674, REL5, 22696
68, has_genre, 37852
68, in_language, 22529
31405, has_genre, 37852
31405, in_language, 22529
22504, has_genre, 37852
22504, REL5, 37852
22504, in_language, 22529
20644, has_genre, 37852
20644, REL5, 22696
18335, has_genre, 37852
18335, REL5, 22696
9794, has_genre, 37852
9794, REL5, 22696
33397, has_genre, 37852
33397, REL5, 22696
8019, has_genre, 37852
8019, REL5, 22696
8019, REL5, 37852
1492, has_genre, 37852
1492, REL5, 37852
1492, in_language, 22529
3158, has_genre, 37852
3158, REL5, 22696
23101, has_genre, 37852
23101, REL5, 22696
21312, has_genre, 37852
21312, REL5, 22696
21312, REL5, 37852
18187, has_genre, 37852
18187, in_language, 22529
1067, has_genre, 37852
1067, REL5, 22696
33152, has_genre, 37852
33152, REL5, 22696
29839, has_genre, 37852
29839, REL5, 37852
29839, REL5, 9744
4073, has_genre, 37852
4073, REL5, 22696
32890, has_genre, 37852
32890, REL5, 22696
15936, has_genre, 37852
15936, REL5, 22696
24561, has_genre, 37852
24561, REL5, 37852
24561, in_language, 22529
12701, has_genre, 37852
12701, REL5, 22696
18702, has_genre, 37852
18702, in_language, 22529
36205, has_genre, 37852
36205, in_language, 22529
8549, has_genre, 37852
8549, REL5, 22696
10715, has_genre, 37852
10715, REL5, 22696
5906, has_genre, 37852
5906, in_language, 22529
9013, has_genre, 37852
9013, REL5, 37852
9013, in_language, 22529
24566, has_genre, 37852
24566, REL5, 22696
24566, REL8, 27986
6554, has_genre, 37852
6554, REL5, 22696
6554, REL5, 37852
1248, has_genre, 37852
1248, REL5, 22696
25300, has_genre, 37852
25300, REL5, 22696
18822, has_genre, 37852
18822, in_language, 22529
20689, has_genre, 37852
20689, in_language, 22529
5260, has_genre, 37852
5260, REL5, 22696
5260, REL5, 37852
12594, has_genre, 37852
12594, REL5, 22696
4516, has_genre, 37852
4516, REL5, 22696
10382, has_genre, 37852
10382, REL5, 22696
10382, in_language, 22529
Question: How are REPULSION and ENT33089 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["REPULSION", "ENT33089"], "valid_edges": [["ENT336", "has_genre", "ENT14733"], ["ENT336", "REL5", "ENT3569"], ["ALUCARDA", "has_genre", "ENT14733"], ["ALUCARDA", "in_language", "ENT10611"], ["APARTMENT 1303 3D", "has_genre", "ENT14733"], ["APARTMENT 1303 3D", "in_language", "ENT10611"], ["ENT2698", "has_genre", "ENT14733"], ["ENT2698", "in_language", "ENT10611"], ["ENT4274", "has_genre", "ENT14733"], ["ENT4274", "REL5", "ENT3569"], ["BLOOD OF THE VAMPIRE", "has_genre", "ENT14733"], ["BLOOD OF THE VAMPIRE", "REL5", "ENT3569"], ["BLOODY PIT OF HORROR", "has_genre", "ENT14733"], ["BLOODY PIT OF HORROR", "REL7", "ENT131"], ["ENT5214", "REL5", "ENT3569"], ["ENT5214", "REL5", "ENT14733"], ["CAT PEOPLE", "has_genre", "ENT14733"], ["CAT PEOPLE", "REL5", "ENT3569"], ["ENT6776", "has_genre", "ENT14733"], ["ENT6776", "REL5", "ENT14733"], ["ENT6776", "in_language", "ENT10611"], ["ENT8090", "has_genre", "ENT14733"], ["ENT8090", "REL5", "ENT2684"], ["ENT8090", "REL5", "ENT14733"], ["DAUGHTERS OF DARKNESS", "has_genre", "ENT14733"], ["DAUGHTERS OF DARKNESS", "in_language", "ENT10611"], ["ENT8618", "has_genre", "ENT14733"], ["ENT8618", "REL5", "ENT3569"], ["ENT8843", "has_genre", "ENT14733"], ["ENT8843", "REL5", "ENT3569"], ["DETOUR", "has_genre", "ENT14733"], ["DETOUR", "REL5", "ENT3569"], ["ENT9303", "has_genre", "ENT14733"], ["ENT9303", "REL5", "ENT3569"], ["ENT9518", "has_genre", "ENT14733"], ["ENT9518", "in_language", "ENT10611"], ["DONOVAN'S BRAIN", "has_genre", "ENT14733"], ["DONOVAN'S BRAIN", "REL5", "ENT3569"], ["ENT9715", "has_genre", "ENT14733"], ["ENT9715", "REL5", "ENT3569"], ["DR. TERROR'S HOUSE OF HORRORS", "has_genre", "ENT14733"], ["DR. TERROR'S HOUSE OF HORRORS", "REL7", "ENT131"], ["ENT9728", "has_genre", "ENT14733"], ["ENT9728", "REL5", "ENT3569"], ["ENT9730", "has_genre", "ENT14733"], ["ENT9730", "REL5", "ENT3569"], ["ENT11063", "has_genre", "ENT14733"], ["ENT11063", "in_language", "ENT10611"], ["ENT11124", "has_genre", "ENT14733"], ["ENT11124", "REL5", "ENT3569"], ["ENT11134", "has_genre", "ENT14733"], ["ENT11134", "REL5", "ENT3569"], ["ENT11993", "has_genre", "ENT14733"], ["ENT11993", "REL5", "ENT14733"], ["ENT11993", "in_language", "ENT10611"], ["FRANKENSTEIN MUST BE DESTROYED", "has_genre", "ENT14733"], ["FRANKENSTEIN MUST BE DESTROYED", "REL5", "ENT3569"], ["ENT12369", "has_genre", "ENT14733"], ["ENT12369", "REL5", "ENT3569"], ["HANDS OF THE RIPPER", "has_genre", "ENT14733"], ["HANDS OF THE RIPPER", "REL5", "ENT3569"], ["HOLLOW MAN", "REL5", "ENT3569"], ["HOLLOW MAN", "REL5", "ENT14733"], ["ENT14735", "has_genre", "ENT14733"], ["ENT14735", "REL5", "ENT3569"], ["ENT14794", "has_genre", "ENT14733"], ["ENT14794", "REL5", "ENT3569"], ["ENT14794", "REL5", "ENT14733"], ["HOUSE OF WAX", "has_genre", "ENT14733"], ["HOUSE OF WAX", "REL5", "ENT3569"], ["ENT15094", "has_genre", "ENT14733"], ["ENT15094", "REL7", "ENT131"], ["ENT15228", "has_genre", "ENT14733"], ["ENT15228", "REL9", "ENT33089"], ["ENT15964", "has_genre", "ENT14733"], ["ENT15964", "REL5", "ENT27486"], ["ENT20048", "has_genre", "ENT14733"], ["ENT20048", "in_language", "ENT10611"], ["ENT20423", "has_genre", "ENT14733"], ["ENT20423", "REL5", "ENT14733"], ["ENT20423", "in_language", "ENT10611"], ["ENT20483", "has_genre", "ENT14733"], ["ENT20483", "REL5", "ENT14733"], ["ENT20483", "in_language", "ENT10611"], ["ENT20971", "has_genre", "ENT14733"], ["ENT20971", "in_language", "ENT10611"], ["ENT21439", "has_genre", "ENT14733"], ["ENT21439", "REL5", "ENT3569"], ["MAD LOVE", "has_genre", "ENT14733"], ["MAD LOVE", "REL5", "ENT3569"], ["ENT21523", "has_genre", "ENT14733"], ["ENT21523", "REL5", "ENT3569"], ["ENT22231", "has_genre", "ENT14733"], ["ENT22231", "REL5", "ENT3569"], ["ENT22859", "has_genre", "ENT14733"], ["ENT22859", "REL5", "ENT3569"], ["ENT24510", "has_genre", "ENT14733"], ["ENT24510", "REL5", "ENT3569"], ["ENT25081", "has_genre", "ENT14733"], ["ENT25081", "REL5", "ENT3569"], ["NIGHT OF THE LEPUS", "has_genre", "ENT14733"], ["NIGHT OF THE LEPUS", "REL5", "ENT3569"], ["ENT25084", "has_genre", "ENT14733"], ["ENT25084", "REL5", "ENT3569"], ["ENT25084", "REL5", "ENT14733"], ["NIGHTMARE CASTLE", "has_genre", "ENT14733"], ["NIGHTMARE CASTLE", "REL7", "ENT131"], ["ENT25371", "has_genre", "ENT14733"], ["ENT25371", "REL5", "ENT3569"], ["ENT25780", "has_genre", "ENT14733"], ["ENT25780", "REL7", "ENT131"], ["PEEPING TOM", "has_genre", "ENT14733"], ["PEEPING TOM", "REL5", "ENT3569"], ["PLANET OF THE VAMPIRES", "has_genre", "ENT14733"], ["PLANET OF THE VAMPIRES", "REL7", "ENT131"], ["ENT27167", "has_genre", "ENT14733"], ["ENT27167", "REL5", "ENT3569"], ["ENT27167", "REL5", "ENT14733"], ["REPULSION", "REL1", "ENT29249"], ["REPULSION", "has_genre", "ENT14733"], ["REPULSION", "REL5", "ENT2684"], ["REPULSION", "REL5", "ENT3569"], ["REPULSION", "REL5", "ENT5860"], ["REPULSION", "REL5", "ENT27486"], ["REPULSION", "REL5", "ENT29249"], ["REPULSION", "in_language", "ENT10611"], ["REPULSION", "REL7", "ENT131"], ["REPULSION", "REL8", "ENT5860"], ["REPULSION", "REL8", "ENT15173"], ["REPULSION", "REL9", "ENT13689"], ["REPULSION", "REL9", "ENT29249"], ["ENT28571", "has_genre", "ENT14733"], ["ENT28571", "in_language", "ENT10611"], ["ROSEMARY'S BABY", "REL1", "ENT29249"], ["ROSEMARY'S BABY", "has_genre", "ENT14733"], ["ROSEMARY'S BABY", "REL5", "ENT14733"], ["ROSEMARY'S BABY", "REL5", "ENT29249"], ["ROSEMARY'S BABY", "REL9", "ENT29249"], ["ENT30493", "has_genre", "ENT14733"], ["ENT30493", "REL5", "ENT14733"], ["ENT30493", "REL5", "ENT27486"], ["ENT31594", "has_genre", "ENT14733"], ["ENT31594", "REL5", "ENT3569"], ["ENT31594", "in_language", "ENT10611"], ["ENT31659", "has_genre", "ENT14733"], ["ENT31659", "REL5", "ENT3569"], ["STORAGE 24", "has_genre", "ENT14733"], ["STORAGE 24", "REL5", "ENT3569"], ["ENT32564", "has_genre", "ENT14733"], ["ENT32564", "REL5", "ENT3569"], ["THE ABOMINABLE DR. PHIBES", "has_genre", "ENT14733"], ["THE ABOMINABLE DR. PHIBES", "REL5", "ENT3569"], ["THE ABOMINABLE DR. PHIBES", "REL5", "ENT14733"], ["THE ALLIGATOR PEOPLE", "has_genre", "ENT14733"], ["THE ALLIGATOR PEOPLE", "REL5", "ENT3569"], ["ENT33376", "has_genre", "ENT14733"], ["ENT33376", "REL5", "ENT3569"], ["ENT33618", "has_genre", "ENT14733"], ["ENT33618", "REL5", "ENT3569"], ["ENT33688", "has_genre", "ENT14733"], ["ENT33688", "REL5", "ENT3569"], ["ENT33732", "has_genre", "ENT14733"], ["ENT33732", "REL5", "ENT3569"], ["THE COLLECTOR", "has_genre", "ENT14733"], ["THE COLLECTOR", "REL7", "ENT131"], ["ENT33904", "has_genre", "ENT14733"], ["ENT33904", "REL5", "ENT3569"], ["ENT33936", "has_genre", "ENT14733"], ["ENT33936", "REL5", "ENT3569"], ["ENT33936", "REL5", "ENT14733"], ["ENT33936", "in_language", "ENT10611"], ["ENT34067", "has_genre", "ENT14733"], ["ENT34067", "REL5", "ENT3569"], ["ENT34093", "has_genre", "ENT14733"], ["ENT34093", "REL5", "ENT3569"], ["ENT34250", "REL1", "ENT29249"], ["ENT34250", "has_genre", "ENT14733"], ["ENT34250", "REL5", "ENT3569"], ["ENT34250", "REL5", "ENT29249"], ["ENT34250", "REL8", "ENT29249"], ["ENT34250", "REL9", "ENT13689"], ["ENT34250", "REL9", "ENT29249"], ["ENT34402", "has_genre", "ENT14733"], ["ENT34402", "REL5", "ENT3569"], ["ENT34407", "has_genre", "ENT14733"], ["ENT34407", "REL5", "ENT3569"], ["ENT34493", "has_genre", "ENT14733"], ["ENT34493", "REL5", "ENT3569"], ["ENT34618", "has_genre", "ENT14733"], ["ENT34618", "REL5", "ENT3569"], ["ENT34621", "has_genre", "ENT14733"], ["ENT34621", "REL5", "ENT3569"], ["ENT34621", "REL5", "ENT14733"], ["ENT34698", "has_genre", "ENT14733"], ["ENT34698", "REL5", "ENT3569"], ["ENT34718", "has_genre", "ENT14733"], ["ENT34718", "REL5", "ENT3569"], ["ENT34721", "has_genre", "ENT14733"], ["ENT34721", "REL5", "ENT3569"], ["ENT34733", "has_genre", "ENT14733"], ["ENT34733", "REL5", "ENT3569"], ["ENT34733", "in_language", "ENT10611"], ["ENT34735", "has_genre", "ENT14733"], ["ENT34735", "REL5", "ENT3569"], ["ENT34735", "REL5", "ENT5860"], ["ENT34735", "REL8", "ENT5860"], ["THE INNOCENTS", "has_genre", "ENT14733"], ["THE INNOCENTS", "REL5", "ENT3569"], ["ENT34824", "has_genre", "ENT14733"], ["ENT34824", "REL5", "ENT3569"], ["ENT34825", "has_genre", "ENT14733"], ["ENT34825", "in_language", "ENT10611"], ["ENT34838", "has_genre", "ENT14733"], ["ENT34838", "in_language", "ENT10611"], ["ENT34931", "has_genre", "ENT14733"], ["ENT34931", "REL5", "ENT14733"], ["ENT34931", "in_language", "ENT10611"], ["THE LEGEND OF HELL HOUSE", "has_genre", "ENT14733"], ["THE LEGEND OF HELL HOUSE", "REL5", "ENT3569"], ["THE LITTLE SHOP OF HORRORS", "has_genre", "ENT14733"], ["THE LITTLE SHOP OF HORRORS", "REL5", "ENT3569"], ["ENT35112", "has_genre", "ENT14733"], ["ENT35112", "REL5", "ENT3569"], ["THE MASQUE OF THE RED DEATH", "has_genre", "ENT14733"], ["THE MASQUE OF THE RED DEATH", "REL5", "ENT3569"], ["ENT35415", "has_genre", "ENT14733"], ["ENT35415", "REL5", "ENT3569"], ["ENT35415", "REL5", "ENT14733"], ["ENT35585", "has_genre", "ENT14733"], ["ENT35585", "REL5", "ENT14733"], ["ENT35585", "in_language", "ENT10611"], ["THE PICTURE OF DORIAN GRAY", "has_genre", "ENT14733"], ["THE PICTURE OF DORIAN GRAY", "REL5", "ENT3569"], ["ENT35695", "has_genre", "ENT14733"], ["ENT35695", "REL5", "ENT3569"], ["ENT35843", "has_genre", "ENT14733"], ["ENT35843", "REL5", "ENT3569"], ["ENT35843", "REL5", "ENT14733"], ["ENT35897", "has_genre", "ENT14733"], ["ENT35897", "in_language", "ENT10611"], ["THE REVENGE OF FRANKENSTEIN", "has_genre", "ENT14733"], ["THE REVENGE OF FRANKENSTEIN", "REL5", "ENT3569"], ["THE SEVENTH VICTIM", "has_genre", "ENT14733"], ["THE SEVENTH VICTIM", "REL5", "ENT3569"], ["ENT36075", "has_genre", "ENT14733"], ["ENT36075", "REL5", "ENT14733"], ["ENT36075", "REL5", "ENT27486"], ["ENT36219", "has_genre", "ENT14733"], ["ENT36219", "REL5", "ENT3569"], ["ENT36293", "has_genre", "ENT14733"], ["ENT36293", "REL5", "ENT3569"], ["ENT36345", "has_genre", "ENT14733"], ["ENT36345", "REL5", "ENT3569"], ["ENT36410", "has_genre", "ENT14733"], ["ENT36410", "REL5", "ENT14733"], ["ENT36410", "in_language", "ENT10611"], ["ENT36509", "has_genre", "ENT14733"], ["ENT36509", "REL5", "ENT3569"], ["ENT36526", "has_genre", "ENT14733"], ["ENT36526", "in_language", "ENT10611"], ["ENT36591", "has_genre", "ENT14733"], ["ENT36591", "in_language", "ENT10611"], ["ENT36646", "has_genre", "ENT14733"], ["ENT36646", "REL5", "ENT3569"], ["ENT36683", "has_genre", "ENT14733"], ["ENT36683", "REL5", "ENT3569"], ["THE WOLFMAN", "has_genre", "ENT14733"], ["THE WOLFMAN", "in_language", "ENT10611"], ["ENT36697", "has_genre", "ENT14733"], ["ENT36697", "REL5", "ENT14733"], ["ENT36697", "in_language", "ENT10611"], ["ENT36770", "has_genre", "ENT14733"], ["ENT36770", "REL5", "ENT3569"], ["ENT36770", "REL8", "ENT15173"], ["ENT36776", "has_genre", "ENT14733"], ["ENT36776", "REL5", "ENT3569"], ["ENT36776", "REL5", "ENT14733"], ["TORTURE GARDEN", "has_genre", "ENT14733"], ["TORTURE GARDEN", "REL5", "ENT3569"], ["ENT37820", "has_genre", "ENT14733"], ["ENT37820", "REL5", "ENT3569"], ["ENT37825", "has_genre", "ENT14733"], ["ENT37825", "in_language", "ENT10611"], ["UNREST", "has_genre", "ENT14733"], ["UNREST", "in_language", "ENT10611"], ["ENT38220", "has_genre", "ENT14733"], ["ENT38220", "REL5", "ENT3569"], ["ENT38220", "REL5", "ENT14733"], ["ENT38484", "has_genre", "ENT14733"], ["ENT38484", "REL5", "ENT3569"], ["ENT39187", "has_genre", "ENT14733"], ["ENT39187", "REL5", "ENT3569"], ["WITCHFINDER GENERAL", "has_genre", "ENT14733"], ["WITCHFINDER GENERAL", "REL5", "ENT3569"], ["WITCHFINDER GENERAL", "in_language", "ENT10611"]]}
|
metaqa
|
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
13063, ENT194
37361, ENT18581
1464, KELLY HU
17904, ENT27268
2869, ENT36415
src, edge_attr, dst
17904, REL7, 13063
17904, REL8, 37361
2869, REL5, 1464
2869, REL7, 13063
2869, REL8, 1464
Question: For what reason are ENT18581 and KELLY HU associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT18581", "KELLY HU"], "valid_edges": [["ENT27268", "REL7", "ENT194"], ["ENT27268", "REL8", "ENT18581"], ["ENT36415", "REL5", "KELLY HU"], ["ENT36415", "REL7", "ENT194"], ["ENT36415", "REL8", "KELLY HU"]]}
|
metaqa
|
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
4324, ENT187
9472, DOG SOLDIERS
8074, ENT20547
39445, ENT30833
22464, ENT32601
src, edge_attr, dst
9472, REL7, 4324
9472, REL8, 8074
22464, REL7, 4324
22464, REL8, 39445
Question: For what reason are ENT20547 and ENT30833 associated?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT20547", "ENT30833"], "valid_edges": [["DOG SOLDIERS", "REL7", "ENT187"], ["DOG SOLDIERS", "REL8", "ENT20547"], ["ENT32601", "REL7", "ENT187"], ["ENT32601", "REL8", "ENT30833"]]}
|
metaqa
|
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
34437, 1974
15798, ENT18178
8222, ENT20485
26505, ENT31514
16918, SUN RA
src, edge_attr, dst
8222, REL1, 15798
8222, REL7, 34437
26505, REL7, 34437
26505, REL8, 16918
26505, REL9, 16918
Question: How are ENT18178 and SUN RA related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT18178", "SUN RA"], "valid_edges": [["ENT20485", "REL1", "ENT18178"], ["ENT20485", "REL7", "1974"], ["ENT31514", "REL7", "1974"], ["ENT31514", "REL8", "SUN RA"], ["ENT31514", "REL9", "SUN RA"]]}
|
metaqa
|
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
6337, ENT3992
29026, ENT3993
25018, ENT9772
1175, EDDIE MURPHY
20548, ENT18445
5711, RUNNING SCARED
src, edge_attr, dst
6337, REL5, 1175
6337, REL5, 20548
6337, REL8, 1175
6337, REL8, 20548
29026, REL8, 1175
29026, REL8, 20548
29026, REL9, 1175
25018, REL5, 1175
25018, REL8, 1175
5711, REL8, 20548
Question: In what context are ENT9772 and RUNNING SCARED connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT9772", "RUNNING SCARED"], "valid_edges": [["ENT3992", "REL5", "EDDIE MURPHY"], ["ENT3992", "REL5", "ENT18445"], ["ENT3992", "REL8", "EDDIE MURPHY"], ["ENT3992", "REL8", "ENT18445"], ["ENT3993", "REL8", "EDDIE MURPHY"], ["ENT3993", "REL8", "ENT18445"], ["ENT3993", "REL9", "EDDIE MURPHY"], ["ENT9772", "REL5", "EDDIE MURPHY"], ["ENT9772", "REL8", "EDDIE MURPHY"], ["RUNNING SCARED", "REL8", "ENT18445"]]}
|
metaqa
|
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
19318, ENT121
24770, ENT166
27163, ENT1113
23682, ANASTASIA
24644, ENT2675
6767, ENT4753
12385, ENT13643
24719, ENT13984
29170, ENT30533
20742, ENT34061
src, edge_attr, dst
27163, REL5, 24719
27163, REL7, 24770
27163, REL8, 24719
23682, REL7, 19318
23682, REL7, 24770
23682, REL9, 12385
24644, REL7, 19318
24644, REL9, 12385
29170, REL5, 6767
29170, REL7, 24770
29170, REL8, 6767
20742, REL5, 6767
20742, REL5, 24719
20742, REL7, 24770
20742, REL8, 6767
20742, REL8, 24719
Question: In what context are ENT13643 and ENT34061 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT13643", "ENT34061"], "valid_edges": [["ENT1113", "REL5", "ENT13984"], ["ENT1113", "REL7", "ENT166"], ["ENT1113", "REL8", "ENT13984"], ["ANASTASIA", "REL7", "ENT121"], ["ANASTASIA", "REL7", "ENT166"], ["ANASTASIA", "REL9", "ENT13643"], ["ENT2675", "REL7", "ENT121"], ["ENT2675", "REL9", "ENT13643"], ["ENT30533", "REL5", "ENT4753"], ["ENT30533", "REL7", "ENT166"], ["ENT30533", "REL8", "ENT4753"], ["ENT34061", "REL5", "ENT4753"], ["ENT34061", "REL5", "ENT13984"], ["ENT34061", "REL7", "ENT166"], ["ENT34061", "REL8", "ENT4753"], ["ENT34061", "REL8", "ENT13984"]]}
|
metaqa
|
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
16279, DENNIS LEHANE
15313, ENT13221
12089, R
36967, SHUTTER ISLAND
8508, ENT31541
9932, ENT37060
src, edge_attr, dst
15313, REL5, 12089
15313, REL9, 16279
36967, REL5, 12089
36967, REL9, 16279
8508, REL5, 12089
8508, REL8, 9932
Question: How are DENNIS LEHANE and ENT37060 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["DENNIS LEHANE", "ENT37060"], "valid_edges": [["ENT13221", "REL5", "R"], ["ENT13221", "REL9", "DENNIS LEHANE"], ["SHUTTER ISLAND", "REL5", "R"], ["SHUTTER ISLAND", "REL9", "DENNIS LEHANE"], ["ENT31541", "REL5", "R"], ["ENT31541", "REL8", "ENT37060"]]}
|
metaqa
|
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
17148, ENT7161
13225, ENT13263
3597, ENT15137
22864, ENT23850
7030, ENT30176
src, edge_attr, dst
3597, has_genre, 17148
3597, REL8, 7030
22864, has_genre, 17148
22864, REL8, 13225
Question: How are ENT13263 and ENT30176 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT13263", "ENT30176"], "valid_edges": [["ENT15137", "has_genre", "ENT7161"], ["ENT15137", "REL8", "ENT30176"], ["ENT23850", "has_genre", "ENT7161"], ["ENT23850", "REL8", "ENT13263"]]}
|
metaqa
|
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
10701, ENT39
25202, ENT44
24770, ENT166
2911, ENT294
22347, ENT319
14235, ENT351
3498, ENT642
7822, ENT662
12456, ENT1022
27898, ENT1656
25917, ENT1875
17762, ENT1908
23682, ANASTASIA
33402, ANNA KARENINA
34873, BANDITS
30134, ENT3839
33461, ENT4633
33930, ENT5067
15339, ENT5338
13587, ENT5589
14254, ENT6343
20198, ENT6982
27217, COMANCHE TERRITORY
32740, ENT7183
19604, ENT7280
9643, ENT7312
24936, ENT7509
39718, ENT8811
19597, ENT9005
4826, ENT9533
16661, ENT9752
22751, ENT9924
6526, EVE'S BAYOU
12461, ENT11170
15093, FEVER PITCH
33195, ENT11513
14901, ENT12299
18652, GANG RELATED
36465, GOOD WILL HUNTING
19074, ENT13513
25884, ENT13594
6505, ENT14706
14459, ENT14994
31533, ENT15649
18279, ENT15836
6903, JACKIE BROWN
7774, ENT20162
29513, ENT20165
38862, ENT20595
38228, ENT20835
393, ENT20918
13185, ENT21162
15913, LOVE WALKED IN
17614, ENT23064
726, ENT23127
8826, ENT23623
27014, MOONLIGHT SERENADE
7602, ENT24184
27272, ENT24268
31933, MY BLUEBERRY NIGHTS
32647, ENT24470
32576, ENT25132
15114, ENT25413
20418, ENT25682
25210, ENT25706
14747, ENT25806
12213, POSTMAN BLUES
15011, PRINCESS MONONOKE
22569, ENT29250
23832, ENT30426
1760, ENT31200
27914, SOUL FOOD
34393, ENT33013
27747, TENTAÇÃO
9181, ENT33311
21823, ENT33547
29438, THE BUTCHER BOY
33180, ENT33756
3744, ENT34137
37157, ENT34365
29794, ENT34375
20745, ENT34754
7930, ENT35009
28246, ENT35437
38382, THE RAINMAKER
27445, ENT36323
35764, ENT36357
21486, ENT36673
15655, ENT37220
19211, TOUCH
13445, ENT38102
31500, VOLCANO
18870, ENT38662
24863, ENT38863
src, edge_attr, dst
10701, has_genre, 16661
10701, REL5, 16661
10701, REL7, 24770
25202, has_genre, 16661
25202, REL7, 24770
2911, has_genre, 24936
2911, REL9, 29513
22347, has_genre, 16661
22347, REL7, 24770
14235, has_genre, 16661
14235, REL7, 24770
3498, has_genre, 16661
3498, REL7, 24770
7822, has_genre, 24936
7822, has_genre, 16661
7822, REL9, 29513
12456, has_genre, 16661
12456, REL7, 24770
27898, has_genre, 16661
27898, REL7, 24770
25917, has_genre, 16661
25917, REL7, 24770
17762, has_genre, 16661
17762, REL7, 24770
23682, has_genre, 16661
23682, REL7, 24770
33402, has_genre, 16661
33402, REL5, 16661
33402, REL7, 24770
34873, has_genre, 16661
34873, REL7, 24770
30134, has_genre, 16661
30134, REL7, 24770
33461, has_genre, 16661
33461, REL5, 16661
33461, REL7, 24770
33930, has_genre, 16661
33930, REL7, 24770
15339, has_genre, 16661
15339, REL7, 24770
13587, has_genre, 16661
13587, REL7, 24770
14254, has_genre, 16661
14254, REL7, 24770
20198, has_genre, 16661
20198, REL7, 24770
27217, has_genre, 16661
27217, REL7, 24770
32740, has_genre, 16661
32740, REL7, 24770
19604, has_genre, 16661
19604, REL7, 24770
9643, has_genre, 16661
9643, REL5, 16661
9643, REL7, 24770
39718, has_genre, 16661
39718, REL7, 24770
19597, has_genre, 16661
19597, REL7, 24770
4826, has_genre, 16661
4826, REL7, 24770
22751, has_genre, 16661
22751, REL7, 24770
6526, has_genre, 16661
6526, REL7, 24770
12461, has_genre, 16661
12461, REL7, 24770
15093, has_genre, 16661
15093, REL7, 24770
33195, has_genre, 16661
33195, REL7, 24770
14901, has_genre, 16661
14901, REL7, 24770
18652, has_genre, 16661
18652, REL7, 24770
36465, has_genre, 16661
36465, REL7, 24770
19074, has_genre, 16661
19074, REL7, 24770
25884, has_genre, 16661
25884, REL7, 24770
6505, has_genre, 16661
6505, REL7, 24770
14459, has_genre, 16661
14459, REL7, 24770
31533, has_genre, 16661
31533, REL7, 24770
18279, has_genre, 16661
18279, REL7, 24770
6903, has_genre, 16661
6903, REL7, 24770
7774, has_genre, 16661
7774, REL7, 24770
38862, has_genre, 16661
38862, REL7, 24770
38228, has_genre, 16661
38228, REL7, 24770
393, has_genre, 16661
393, REL5, 16661
393, REL7, 24770
13185, has_genre, 16661
13185, REL7, 24770
15913, has_genre, 16661
15913, REL7, 24770
17614, has_genre, 16661
17614, REL7, 24770
726, has_genre, 16661
726, REL7, 24770
8826, has_genre, 16661
8826, REL7, 24770
27014, has_genre, 16661
27014, REL7, 24770
7602, has_genre, 16661
7602, REL7, 24770
27272, has_genre, 16661
27272, REL7, 24770
31933, has_genre, 16661
31933, has_genre, 22569
31933, REL9, 29513
32647, has_genre, 16661
32647, REL7, 24770
32576, has_genre, 16661
32576, REL7, 24770
15114, has_genre, 16661
15114, REL7, 24770
20418, has_genre, 16661
20418, REL7, 24770
25210, has_genre, 16661
25210, REL7, 24770
14747, has_genre, 16661
14747, REL7, 24770
12213, has_genre, 16661
12213, REL7, 24770
15011, REL5, 16661
15011, REL7, 24770
22569, has_genre, 16661
23832, has_genre, 16661
23832, REL7, 24770
1760, has_genre, 16661
1760, REL7, 24770
27914, has_genre, 16661
27914, REL7, 24770
34393, has_genre, 16661
34393, REL7, 24770
27747, has_genre, 16661
27747, REL7, 24770
9181, has_genre, 16661
9181, REL5, 16661
9181, REL7, 24770
21823, has_genre, 16661
21823, REL7, 24770
29438, has_genre, 16661
29438, REL7, 24770
33180, has_genre, 16661
33180, REL7, 24770
3744, has_genre, 16661
3744, REL7, 24770
37157, has_genre, 16661
37157, REL7, 24770
29794, has_genre, 16661
29794, REL7, 24770
20745, has_genre, 16661
20745, REL5, 16661
20745, REL7, 24770
7930, has_genre, 16661
7930, REL7, 24770
28246, has_genre, 16661
28246, REL7, 24770
38382, has_genre, 16661
38382, REL7, 24770
27445, has_genre, 16661
27445, REL7, 24770
35764, has_genre, 16661
35764, REL7, 24770
21486, has_genre, 16661
21486, REL7, 24770
15655, has_genre, 16661
15655, REL7, 24770
19211, has_genre, 16661
19211, REL7, 24770
13445, has_genre, 16661
13445, REL7, 24770
31500, has_genre, 16661
31500, REL7, 24770
18870, has_genre, 16661
18870, REL7, 24770
24863, has_genre, 16661
24863, REL7, 24770
Question: In what context are ENT8811 and ENT20165 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT8811", "ENT20165"], "valid_edges": [["ENT39", "has_genre", "ENT9752"], ["ENT39", "REL5", "ENT9752"], ["ENT39", "REL7", "ENT166"], ["ENT44", "has_genre", "ENT9752"], ["ENT44", "REL7", "ENT166"], ["ENT294", "has_genre", "ENT7509"], ["ENT294", "REL9", "ENT20165"], ["ENT319", "has_genre", "ENT9752"], ["ENT319", "REL7", "ENT166"], ["ENT351", "has_genre", "ENT9752"], ["ENT351", "REL7", "ENT166"], ["ENT642", "has_genre", "ENT9752"], ["ENT642", "REL7", "ENT166"], ["ENT662", "has_genre", "ENT7509"], ["ENT662", "has_genre", "ENT9752"], ["ENT662", "REL9", "ENT20165"], ["ENT1022", "has_genre", "ENT9752"], ["ENT1022", "REL7", "ENT166"], ["ENT1656", "has_genre", "ENT9752"], ["ENT1656", "REL7", "ENT166"], ["ENT1875", "has_genre", "ENT9752"], ["ENT1875", "REL7", "ENT166"], ["ENT1908", "has_genre", "ENT9752"], ["ENT1908", "REL7", "ENT166"], ["ANASTASIA", "has_genre", "ENT9752"], ["ANASTASIA", "REL7", "ENT166"], ["ANNA KARENINA", "has_genre", "ENT9752"], ["ANNA KARENINA", "REL5", "ENT9752"], ["ANNA KARENINA", "REL7", "ENT166"], ["BANDITS", "has_genre", "ENT9752"], ["BANDITS", "REL7", "ENT166"], ["ENT3839", "has_genre", "ENT9752"], ["ENT3839", "REL7", "ENT166"], ["ENT4633", "has_genre", "ENT9752"], ["ENT4633", "REL5", "ENT9752"], ["ENT4633", "REL7", "ENT166"], ["ENT5067", "has_genre", "ENT9752"], ["ENT5067", "REL7", "ENT166"], ["ENT5338", "has_genre", "ENT9752"], ["ENT5338", "REL7", "ENT166"], ["ENT5589", "has_genre", "ENT9752"], ["ENT5589", "REL7", "ENT166"], ["ENT6343", "has_genre", "ENT9752"], ["ENT6343", "REL7", "ENT166"], ["ENT6982", "has_genre", "ENT9752"], ["ENT6982", "REL7", "ENT166"], ["COMANCHE TERRITORY", "has_genre", "ENT9752"], ["COMANCHE TERRITORY", "REL7", "ENT166"], ["ENT7183", "has_genre", "ENT9752"], ["ENT7183", "REL7", "ENT166"], ["ENT7280", "has_genre", "ENT9752"], ["ENT7280", "REL7", "ENT166"], ["ENT7312", "has_genre", "ENT9752"], ["ENT7312", "REL5", "ENT9752"], ["ENT7312", "REL7", "ENT166"], ["ENT8811", "has_genre", "ENT9752"], ["ENT8811", "REL7", "ENT166"], ["ENT9005", "has_genre", "ENT9752"], ["ENT9005", "REL7", "ENT166"], ["ENT9533", "has_genre", "ENT9752"], ["ENT9533", "REL7", "ENT166"], ["ENT9924", "has_genre", "ENT9752"], ["ENT9924", "REL7", "ENT166"], ["EVE'S BAYOU", "has_genre", "ENT9752"], ["EVE'S BAYOU", "REL7", "ENT166"], ["ENT11170", "has_genre", "ENT9752"], ["ENT11170", "REL7", "ENT166"], ["FEVER PITCH", "has_genre", "ENT9752"], ["FEVER PITCH", "REL7", "ENT166"], ["ENT11513", "has_genre", "ENT9752"], ["ENT11513", "REL7", "ENT166"], ["ENT12299", "has_genre", "ENT9752"], ["ENT12299", "REL7", "ENT166"], ["GANG RELATED", "has_genre", "ENT9752"], ["GANG RELATED", "REL7", "ENT166"], ["GOOD WILL HUNTING", "has_genre", "ENT9752"], ["GOOD WILL HUNTING", "REL7", "ENT166"], ["ENT13513", "has_genre", "ENT9752"], ["ENT13513", "REL7", "ENT166"], ["ENT13594", "has_genre", "ENT9752"], ["ENT13594", "REL7", "ENT166"], ["ENT14706", "has_genre", "ENT9752"], ["ENT14706", "REL7", "ENT166"], ["ENT14994", "has_genre", "ENT9752"], ["ENT14994", "REL7", "ENT166"], ["ENT15649", "has_genre", "ENT9752"], ["ENT15649", "REL7", "ENT166"], ["ENT15836", "has_genre", "ENT9752"], ["ENT15836", "REL7", "ENT166"], ["JACKIE BROWN", "has_genre", "ENT9752"], ["JACKIE BROWN", "REL7", "ENT166"], ["ENT20162", "has_genre", "ENT9752"], ["ENT20162", "REL7", "ENT166"], ["ENT20595", "has_genre", "ENT9752"], ["ENT20595", "REL7", "ENT166"], ["ENT20835", "has_genre", "ENT9752"], ["ENT20835", "REL7", "ENT166"], ["ENT20918", "has_genre", "ENT9752"], ["ENT20918", "REL5", "ENT9752"], ["ENT20918", "REL7", "ENT166"], ["ENT21162", "has_genre", "ENT9752"], ["ENT21162", "REL7", "ENT166"], ["LOVE WALKED IN", "has_genre", "ENT9752"], ["LOVE WALKED IN", "REL7", "ENT166"], ["ENT23064", "has_genre", "ENT9752"], ["ENT23064", "REL7", "ENT166"], ["ENT23127", "has_genre", "ENT9752"], ["ENT23127", "REL7", "ENT166"], ["ENT23623", "has_genre", "ENT9752"], ["ENT23623", "REL7", "ENT166"], ["MOONLIGHT SERENADE", "has_genre", "ENT9752"], ["MOONLIGHT SERENADE", "REL7", "ENT166"], ["ENT24184", "has_genre", "ENT9752"], ["ENT24184", "REL7", "ENT166"], ["ENT24268", "has_genre", "ENT9752"], ["ENT24268", "REL7", "ENT166"], ["MY BLUEBERRY NIGHTS", "has_genre", "ENT9752"], ["MY BLUEBERRY NIGHTS", "has_genre", "ENT29250"], ["MY BLUEBERRY NIGHTS", "REL9", "ENT20165"], ["ENT24470", "has_genre", "ENT9752"], ["ENT24470", "REL7", "ENT166"], ["ENT25132", "has_genre", "ENT9752"], ["ENT25132", "REL7", "ENT166"], ["ENT25413", "has_genre", "ENT9752"], ["ENT25413", "REL7", "ENT166"], ["ENT25682", "has_genre", "ENT9752"], ["ENT25682", "REL7", "ENT166"], ["ENT25706", "has_genre", "ENT9752"], ["ENT25706", "REL7", "ENT166"], ["ENT25806", "has_genre", "ENT9752"], ["ENT25806", "REL7", "ENT166"], ["POSTMAN BLUES", "has_genre", "ENT9752"], ["POSTMAN BLUES", "REL7", "ENT166"], ["PRINCESS MONONOKE", "REL5", "ENT9752"], ["PRINCESS MONONOKE", "REL7", "ENT166"], ["ENT29250", "has_genre", "ENT9752"], ["ENT30426", "has_genre", "ENT9752"], ["ENT30426", "REL7", "ENT166"], ["ENT31200", "has_genre", "ENT9752"], ["ENT31200", "REL7", "ENT166"], ["SOUL FOOD", "has_genre", "ENT9752"], ["SOUL FOOD", "REL7", "ENT166"], ["ENT33013", "has_genre", "ENT9752"], ["ENT33013", "REL7", "ENT166"], ["TENTAÇÃO", "has_genre", "ENT9752"], ["TENTAÇÃO", "REL7", "ENT166"], ["ENT33311", "has_genre", "ENT9752"], ["ENT33311", "REL5", "ENT9752"], ["ENT33311", "REL7", "ENT166"], ["ENT33547", "has_genre", "ENT9752"], ["ENT33547", "REL7", "ENT166"], ["THE BUTCHER BOY", "has_genre", "ENT9752"], ["THE BUTCHER BOY", "REL7", "ENT166"], ["ENT33756", "has_genre", "ENT9752"], ["ENT33756", "REL7", "ENT166"], ["ENT34137", "has_genre", "ENT9752"], ["ENT34137", "REL7", "ENT166"], ["ENT34365", "has_genre", "ENT9752"], ["ENT34365", "REL7", "ENT166"], ["ENT34375", "has_genre", "ENT9752"], ["ENT34375", "REL7", "ENT166"], ["ENT34754", "has_genre", "ENT9752"], ["ENT34754", "REL5", "ENT9752"], ["ENT34754", "REL7", "ENT166"], ["ENT35009", "has_genre", "ENT9752"], ["ENT35009", "REL7", "ENT166"], ["ENT35437", "has_genre", "ENT9752"], ["ENT35437", "REL7", "ENT166"], ["THE RAINMAKER", "has_genre", "ENT9752"], ["THE RAINMAKER", "REL7", "ENT166"], ["ENT36323", "has_genre", "ENT9752"], ["ENT36323", "REL7", "ENT166"], ["ENT36357", "has_genre", "ENT9752"], ["ENT36357", "REL7", "ENT166"], ["ENT36673", "has_genre", "ENT9752"], ["ENT36673", "REL7", "ENT166"], ["ENT37220", "has_genre", "ENT9752"], ["ENT37220", "REL7", "ENT166"], ["TOUCH", "has_genre", "ENT9752"], ["TOUCH", "REL7", "ENT166"], ["ENT38102", "has_genre", "ENT9752"], ["ENT38102", "REL7", "ENT166"], ["VOLCANO", "has_genre", "ENT9752"], ["VOLCANO", "REL7", "ENT166"], ["ENT38662", "has_genre", "ENT9752"], ["ENT38662", "REL7", "ENT166"], ["ENT38863", "has_genre", "ENT9752"], ["ENT38863", "REL7", "ENT166"]]}
|
metaqa
|
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
5201, ENT185
2318, ENT13157
19397, ENT23302
20171, PASCALE BAILLY
33481, ENT35674
src, edge_attr, dst
2318, REL1, 20171
2318, REL7, 5201
2318, REL9, 20171
33481, REL1, 19397
33481, REL5, 19397
33481, REL7, 5201
33481, REL9, 19397
Question: In what context are ENT23302 and PASCALE BAILLY connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT23302", "PASCALE BAILLY"], "valid_edges": [["ENT13157", "REL1", "PASCALE BAILLY"], ["ENT13157", "REL7", "ENT185"], ["ENT13157", "REL9", "PASCALE BAILLY"], ["ENT35674", "REL1", "ENT23302"], ["ENT35674", "REL5", "ENT23302"], ["ENT35674", "REL7", "ENT185"], ["ENT35674", "REL9", "ENT23302"]]}
|
metaqa
|
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
14331, ENT21129
34543, ENT23209
8628, ENT23512
30590, ENT24474
16840, ENT39678
src, edge_attr, dst
30590, REL5, 14331
30590, REL9, 8628
16840, REL5, 14331
16840, REL9, 34543
Question: In what context are ENT23209 and ENT23512 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT23209", "ENT23512"], "valid_edges": [["ENT24474", "REL5", "ENT21129"], ["ENT24474", "REL9", "ENT23512"], ["ENT39678", "REL5", "ENT21129"], ["ENT39678", "REL9", "ENT23209"]]}
|
metaqa
|
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
31925, ENT134
7103, ENT2676
3683, ENT3550
24367, ENT7000
29535, ENT7301
1790, DON SIEGEL
10042, FIRECREEK
13810, GERMAN
32007, ENT14291
2763, ENT14362
1935, ENT18446
19410, MADIGAN
718, ENT25672
25102, ENT28481
3964, ROLLERCOASTER
27833, ENT33592
35461, ENT35139
20125, WARLOCK
14247, ENT39915
src, edge_attr, dst
7103, in_language, 13810
7103, REL7, 31925
3683, REL5, 2763
3683, in_language, 13810
3683, REL8, 2763
24367, in_language, 13810
29535, REL1, 1790
29535, REL7, 31925
10042, REL7, 31925
10042, REL8, 2763
32007, REL1, 1790
32007, REL5, 1790
32007, in_language, 13810
1935, in_language, 13810
1935, REL8, 25102
19410, REL1, 1790
19410, REL7, 31925
19410, REL8, 2763
19410, REL8, 25102
718, REL5, 2763
718, REL7, 31925
718, REL8, 2763
3964, REL8, 2763
3964, REL8, 25102
27833, REL7, 31925
27833, REL8, 2763
35461, REL5, 2763
35461, in_language, 13810
20125, REL8, 2763
20125, REL8, 25102
14247, REL5, 2763
14247, REL7, 31925
14247, REL8, 2763
Question: How are ENT7000 and MADIGAN related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT7000", "MADIGAN"], "valid_edges": [["ENT2676", "in_language", "GERMAN"], ["ENT2676", "REL7", "ENT134"], ["ENT3550", "REL5", "ENT14362"], ["ENT3550", "in_language", "GERMAN"], ["ENT3550", "REL8", "ENT14362"], ["ENT7000", "in_language", "GERMAN"], ["ENT7301", "REL1", "DON SIEGEL"], ["ENT7301", "REL7", "ENT134"], ["FIRECREEK", "REL7", "ENT134"], ["FIRECREEK", "REL8", "ENT14362"], ["ENT14291", "REL1", "DON SIEGEL"], ["ENT14291", "REL5", "DON SIEGEL"], ["ENT14291", "in_language", "GERMAN"], ["ENT18446", "in_language", "GERMAN"], ["ENT18446", "REL8", "ENT28481"], ["MADIGAN", "REL1", "DON SIEGEL"], ["MADIGAN", "REL7", "ENT134"], ["MADIGAN", "REL8", "ENT14362"], ["MADIGAN", "REL8", "ENT28481"], ["ENT25672", "REL5", "ENT14362"], ["ENT25672", "REL7", "ENT134"], ["ENT25672", "REL8", "ENT14362"], ["ROLLERCOASTER", "REL8", "ENT14362"], ["ROLLERCOASTER", "REL8", "ENT28481"], ["ENT33592", "REL7", "ENT134"], ["ENT33592", "REL8", "ENT14362"], ["ENT35139", "REL5", "ENT14362"], ["ENT35139", "in_language", "GERMAN"], ["WARLOCK", "REL8", "ENT14362"], ["WARLOCK", "REL8", "ENT28481"], ["ENT39915", "REL5", "ENT14362"], ["ENT39915", "REL7", "ENT134"], ["ENT39915", "REL8", "ENT14362"]]}
|
metaqa
|
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
28377, 1985
2369, ENT6612
8368, ENT12781
19230, ENT33194
14475, ENT33718
src, edge_attr, dst
19230, REL1, 2369
19230, REL7, 28377
14475, REL7, 28377
14475, REL8, 8368
Question: How are ENT6612 and ENT12781 related?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT6612", "ENT12781"], "valid_edges": [["ENT33194", "REL1", "ENT6612"], ["ENT33194", "REL7", "1985"], ["ENT33718", "REL7", "1985"], ["ENT33718", "REL8", "ENT12781"]]}
|
metaqa
|
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
10524, ENT143
28018, ENT618
34580, ENT14762
21976, ENT16215
32910, ENT31766
src, edge_attr, dst
28018, REL5, 21976
28018, REL7, 10524
28018, REL8, 21976
34580, REL5, 21976
34580, REL8, 21976
32910, REL7, 10524
Question: In what context are ENT14762 and ENT31766 connected?
Your output must be ONLY the PATH block.
|
graph_path
|
{
"style": "rule"
}
|
{"entities": ["ENT14762", "ENT31766"], "valid_edges": [["ENT618", "REL5", "ENT16215"], ["ENT618", "REL7", "ENT143"], ["ENT618", "REL8", "ENT16215"], ["ENT14762", "REL5", "ENT16215"], ["ENT14762", "REL8", "ENT16215"], ["ENT31766", "REL7", "ENT143"]]}
|
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