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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, ENT4258 33988, ENT5109 16661, ENT9752 16585, ENT19395 7063, ENT23226 src, edge_attr, dst 2393, REL1, 7063 2393, REL2, 16661 33988, REL1, 7063 33988, REL2, 16661 16585, REL1, 37565 16585, REL2, 16661 16585, REL9, 37565 ENT27559uestion: ENT11141or what reason are ENTENTENT1705ENT17058 and ENTENT170ENT220ENT170ENT1706 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4258", "ENT23226"], "valid_edges": [["ENT1852", "REL1", "ENT23226"], ["ENT1852", "REL2", "ENT9752"], ["ENT5109", "REL1", "ENT23226"], ["ENT5109", "REL2", "ENT9752"], ["ENT19395", "REL1", "ENT4258"], ["ENT19395", "REL2", "ENT9752"], ["ENT19395", "REL9", "ENT4258"]]}
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, ENT811 36052, ENT1038 12820, ENT1191 34607, ENT2724 22696, ENT3569 11758, ENT3591 5165, ENT4045 17106, ENT4062 37608, ENT4179 19371, ENT4201 31489, ENT5290 12710, ENT7284 9766, ENT8184 19009, ENT12516 1917, ENT13680 30051, ENT14919 2383, ENT15108 5598, ENT15722 25043, ENT15906 2108, ENT19787 19987, ENT19834 24788, ENT20181 17003, ENT22759 5971, ENT23104 15248, ENT24373 8041, ENT25736 35198, ENT26623 19173, ENT27534 24242, ENT28166 22229, ENT28534 3136, ENT29096 14381, ENT29264 24791, ENT29760 1204, ENT31221 9858, ENT31594 7437, ENT32863 22550, ENT33618 40037, ENT33736 15149, ENT33763 11933, ENT34309 7536, ENT34488 20592, ENT34840 37023, ENT34921 34123, ENT35118 10024, ENT35266 22855, ENT35280 38518, ENT35355 30090, ENT35426 22962, ENT35687 36062, ENT35925 32586, ENT35946 25582, ENT36251 25478, ENT36440 11164, ENT36442 35466, ENT36710 22106, ENT37237 2071, ENT37993 39734, ENT39049 src, edge_attr, dst 4263, REL5, 22696 4263, REL7, 27569 35810, REL5, 22696 35810, REL6, 5598 36052, REL5, 22696 36052, REL6, 5598 34607, REL5, 22696 34607, REL6, 5598 11758, REL5, 22696 11758, REL6, 5598 5165, REL5, 22696 5165, REL5, 5598 5165, REL6, 5598 17106, REL5, 22696 17106, REL6, 5598 37608, REL5, 22696 37608, REL7, 27569 19371, REL5, 22696 19371, REL7, 27569 31489, REL5, 22696 31489, REL6, 5598 12710, REL5, 22696 12710, REL6, 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, REL6, 5598 25043, REL5, 22696 25043, REL7, 27569 2108, REL5, 22696 2108, REL6, 5598 2108, REL7, 27569 2108, REL8, 12820 19987, REL5, 22696 19987, REL5, 5598 19987, REL6, 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, REL6, 5598 19173, REL8, 12820 24242, REL5, 22696 24242, REL7, 27569 22229, REL5, 22696 22229, REL7, 27569 3136, REL5, 22696 3136, REL6, 5598 3136, REL8, 12820 14381, REL5, 22696 14381, REL6, 5598 24791, REL5, 22696 24791, REL6, 5598 1204, REL5, 22696 1204, REL6, 5598 9858, REL5, 22696 9858, REL6, 5598 9858, REL8, 12820 7437, REL5, 22696 7437, REL7, 27569 22550, REL5, 22696 22550, REL7, 27569 40037, REL5, 22696 40037, REL6, 5598 15149, REL5, 22696 15149, REL7, 27569 11933, REL5, 22696 11933, REL6, 5598 7536, REL5, 22696 7536, REL5, 5598 7536, REL6, 5598 20592, REL5, 22696 20592, REL5, 5598 20592, REL6, 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, REL6, 5598 25582, REL5, 22696 25582, REL6, 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, REL6, 5598 39734, REL5, 22696 39734, REL7, 27569 ENT27559uestion: ENT11141or what reason are ENTENT1ENT246ENT246ENT302ENT1ENT246ENT302 and EENTENT170ENT2467ENT170ENT302NTENT220ENT2200ENTENT1700ENT170TENT1ENT246ENT24657 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT14919", "ENT19787"], "valid_edges": [["ENT465", "REL5", "ENT3569"], ["ENT465", "REL7", "ENT128"], ["ENT811", "REL5", "ENT3569"], ["ENT811", "REL6", "ENT15722"], ["ENT1038", "REL5", "ENT3569"], ["ENT1038", "REL6", "ENT15722"], ["ENT2724", "REL5", "ENT3569"], ["ENT2724", "REL6", "ENT15722"], ["ENT3591", "REL5", "ENT3569"], ["ENT3591", "REL6", "ENT15722"], ["ENT4045", "REL5", "ENT3569"], ["ENT4045", "REL5", "ENT15722"], ["ENT4045", "REL6", "ENT15722"], ["ENT4062", "REL5", "ENT3569"], ["ENT4062", "REL6", "ENT15722"], ["ENT4179", "REL5", "ENT3569"], ["ENT4179", "REL7", "ENT128"], ["ENT4201", "REL5", "ENT3569"], ["ENT4201", "REL7", "ENT128"], ["ENT5290", "REL5", "ENT3569"], ["ENT5290", "REL6", "ENT15722"], ["ENT7284", "REL5", "ENT3569"], ["ENT7284", "REL6", "ENT15722"], ["ENT8184", "REL5", "ENT3569"], ["ENT8184", "REL7", "ENT128"], ["ENT12516", "REL5", "ENT3569"], ["ENT12516", "REL7", "ENT128"], ["ENT13680", "REL5", "ENT3569"], ["ENT13680", "REL7", "ENT128"], ["ENT15108", "REL5", "ENT3569"], ["ENT15108", "REL5", "ENT15722"], ["ENT15108", "REL6", "ENT15722"], ["ENT15906", "REL5", "ENT3569"], ["ENT15906", "REL7", "ENT128"], ["ENT19787", "REL5", "ENT3569"], ["ENT19787", "REL6", "ENT15722"], ["ENT19787", "REL7", "ENT128"], ["ENT19787", "REL8", "ENT1191"], ["ENT19834", "REL5", "ENT3569"], ["ENT19834", "REL5", "ENT15722"], ["ENT19834", "REL6", "ENT15722"], ["ENT20181", "REL5", "ENT3569"], ["ENT20181", "REL7", "ENT128"], ["ENT22759", "REL5", "ENT3569"], ["ENT22759", "REL5", "ENT14919"], ["ENT22759", "REL8", "ENT14919"], ["ENT23104", "REL5", "ENT3569"], ["ENT23104", "REL7", "ENT128"], ["ENT24373", "REL5", "ENT3569"], ["ENT24373", "REL7", "ENT128"], ["ENT25736", "REL5", "ENT3569"], ["ENT25736", "REL7", "ENT128"], ["ENT26623", "REL5", "ENT3569"], ["ENT26623", "REL7", "ENT128"], ["ENT27534", "REL5", "ENT1191"], ["ENT27534", "REL5", "ENT3569"], ["ENT27534", "REL6", "ENT15722"], ["ENT27534", "REL8", "ENT1191"], ["ENT28166", "REL5", "ENT3569"], ["ENT28166", "REL7", "ENT128"], ["ENT28534", "REL5", "ENT3569"], ["ENT28534", "REL7", "ENT128"], ["ENT29096", "REL5", "ENT3569"], ["ENT29096", "REL6", "ENT15722"], ["ENT29096", "REL8", "ENT1191"], ["ENT29264", "REL5", "ENT3569"], ["ENT29264", "REL6", "ENT15722"], ["ENT29760", "REL5", "ENT3569"], ["ENT29760", "REL6", "ENT15722"], ["ENT31221", "REL5", "ENT3569"], ["ENT31221", "REL6", "ENT15722"], ["ENT31594", "REL5", "ENT3569"], ["ENT31594", "REL6", "ENT15722"], ["ENT31594", "REL8", "ENT1191"], ["ENT32863", "REL5", "ENT3569"], ["ENT32863", "REL7", "ENT128"], ["ENT33618", "REL5", "ENT3569"], ["ENT33618", "REL7", "ENT128"], ["ENT33736", "REL5", "ENT3569"], ["ENT33736", "REL6", "ENT15722"], ["ENT33763", "REL5", "ENT3569"], ["ENT33763", "REL7", "ENT128"], ["ENT34309", "REL5", "ENT3569"], ["ENT34309", "REL6", "ENT15722"], ["ENT34488", "REL5", "ENT3569"], ["ENT34488", "REL5", "ENT15722"], ["ENT34488", "REL6", "ENT15722"], ["ENT34840", "REL5", "ENT3569"], ["ENT34840", "REL5", "ENT15722"], ["ENT34840", "REL6", "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"], ["ENT35946", "REL5", "ENT3569"], ["ENT35946", "REL6", "ENT15722"], ["ENT36251", "REL5", "ENT3569"], ["ENT36251", "REL6", "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"], ["ENT37993", "REL5", "ENT3569"], ["ENT37993", "REL5", "ENT15722"], ["ENT37993", "REL6", "ENT15722"], ["ENT39049", "REL5", "ENT3569"], ["ENT39049", "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, ENT161 10377, ENT405 21, ENT6719 854, ENT13070 11027, ENT13231 25498, ENT13236 30877, ENT14779 38708, ENT15446 23842, ENT21646 26396, ENT30742 932, ENT32578 20375, ENT33181 31643, ENT33459 37969, ENT34154 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, REL6, 932 30877, REL6, 932 30877, REL7, 28162 38708, REL3, 11027 38708, REL7, 28162 23842, REL3, 11027 23842, REL7, 28162 26396, REL3, 11027 26396, REL6, 932 20375, REL3, 11027 31643, REL6, 932 31643, REL7, 28162 37969, REL3, 11027 37969, REL6, 932 37793, REL3, 11027 37793, REL6, 932 29749, REL3, 11027 29749, REL6, 932 ENT27559uestion: How are ENTENT1ENT246ENT24677ENT302 and ENTENT220ENT220ENT1ENT2468ENT1ENT246 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT14779", "ENT33181"], "valid_edges": [["ENT405", "REL3", "ENT13231"], ["ENT405", "REL7", "ENT161"], ["ENT6719", "REL3", "ENT13231"], ["ENT6719", "REL7", "ENT161"], ["ENT13070", "REL3", "ENT13231"], ["ENT13070", "REL7", "ENT161"], ["ENT13231", "REL3", "ENT13231"], ["ENT13236", "REL3", "ENT13231"], ["ENT13236", "REL6", "ENT32578"], ["ENT14779", "REL6", "ENT32578"], ["ENT14779", "REL7", "ENT161"], ["ENT15446", "REL3", "ENT13231"], ["ENT15446", "REL7", "ENT161"], ["ENT21646", "REL3", "ENT13231"], ["ENT21646", "REL7", "ENT161"], ["ENT30742", "REL3", "ENT13231"], ["ENT30742", "REL6", "ENT32578"], ["ENT33181", "REL3", "ENT13231"], ["ENT33459", "REL6", "ENT32578"], ["ENT33459", "REL7", "ENT161"], ["ENT34154", "REL3", "ENT13231"], ["ENT34154", "REL6", "ENT32578"], ["ENT36329", "REL3", "ENT13231"], ["ENT36329", "REL6", "ENT32578"], ["ENT38912", "REL3", "ENT13231"], ["ENT38912", "REL6", "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, ENT27499 3366, ENT28589 9977, ENT36332 src, edge_attr, dst 8195, REL2, 17148 8195, REL8, 3366 27942, REL1, 10849 27942, REL2, 17148 27942, REL9, 10849 9977, REL1, 3366 9977, REL2, 17148 ENT27559uestion: In what context are ENTENT170ENTENT1ENT24657 and ENTENT170858ENT302 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT21989", "ENT28589"], "valid_edges": [["ENT17192", "REL2", "ENT7161"], ["ENT17192", "REL8", "ENT28589"], ["ENT27499", "REL1", "ENT21989"], ["ENT27499", "REL2", "ENT7161"], ["ENT27499", "REL9", "ENT21989"], ["ENT36332", "REL1", "ENT28589"], ["ENT36332", "REL2", "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, ENT1601 18210, ENT4176 31936, ENT11101 35035, ENT19401 src, edge_attr, dst 15461, REL2, 31662 15461, REL5, 31662 15461, REL5, 15461 31936, REL2, 31662 31936, REL8, 18210 35035, REL5, 15461 ENT27559uestion: In what context are ENTENT246ENT1ENT24676 and EENTENT170ENT2467ENT170ENT302NTENT220ENT2200ENTENT1700ENT170TENTENT1ENT2466ENT220ENT1ENT246 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4176", "ENT19401"], "valid_edges": [["ENT1601", "REL2", "ENT845"], ["ENT1601", "REL5", "ENT845"], ["ENT1601", "REL5", "ENT1601"], ["ENT11101", "REL2", "ENT845"], ["ENT11101", "REL8", "ENT4176"], ["ENT19401", "REL5", "ENT1601"]]}
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, ENT199 28782, ENT205 15292, ENT207 10263, ENT451 22974, ENT491 29034, ENT518 28822, ENT787 32166, ENT791 3091, ENT1041 38394, ENT1434 33168, ENT1502 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, ENT9218 35682, ENT9859 12752, ENT11114 15093, ENT11440 17916, ENT11561 2962, ENT11884 7005, ENT13901 31908, ENT14218 14780, ENT14495 29070, ENT14694 24592, ENT14800 26001, ENT15050 9038, ENT15211 16820, ENT15306 39133, ENT15337 39614, ENT17048 17369, ENT19407 30033, ENT19926 38749, ENT20190 21224, ENT20488 12202, ENT20585 5787, ENT20603 21770, ENT20816 23841, ENT21365 17529, ENT21564 38051, ENT21675 21479, ENT22323 17279, ENT22460 36125, ENT23999 28736, ENT24096 12038, ENT24270 18915, ENT24308 7092, ENT24337 28406, ENT24460 21411, ENT24762 19091, ENT24860 20232, ENT24970 35888, ENT25377 5623, ENT25460 23706, ENT25958 10270, ENT26575 32216, ENT27062 7039, ENT27117 33780, ENT27156 24679, ENT28530 37711, ENT28581 17176, ENT30553 17514, ENT30834 18267, ENT31519 38526, ENT31641 27444, ENT32344 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, ENT34734 9842, ENT34776 36378, ENT34817 17766, ENT35000 25834, ENT35027 23811, ENT35059 12264, ENT35095 16530, ENT35304 13668, ENT35522 16476, ENT35584 24062, ENT35607 12401, ENT35904 18449, ENT36110 19722, ENT36554 18322, ENT36604 4480, ENT36830 32390, ENT36869 2645, ENT36900 16399, ENT37493 10287, ENT37582 14863, ENT37928 33628, ENT37985 23596, ENT38724 25426, ENT39064 10476, ENT39065 13502, ENT39275 34052, ENT39607 12242, ENT40088 src, edge_attr, dst 10285, REL2, 17148 10285, REL7, 26291 28782, REL2, 17148 28782, REL5, 26291 28782, REL5, 17148 15292, REL2, 17148 15292, REL7, 26291 10263, REL2, 17148 10263, REL7, 26291 22974, REL2, 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, REL2, 17148 29034, REL7, 26291 28822, REL2, 17148 28822, REL5, 17148 28822, REL5, 20232 28822, REL5, 16399 28822, REL9, 20232 32166, REL2, 17148 32166, REL7, 26291 3091, REL2, 17148 3091, REL5, 32216 3091, REL8, 32216 38394, REL2, 17148 38394, REL7, 26291 1835, REL2, 17148 1835, REL7, 26291 7739, REL2, 17148 7739, REL7, 26291 22101, REL2, 17148 22101, REL7, 26291 8696, REL2, 17148 8696, REL7, 26291 5275, REL2, 17148 5275, REL7, 26291 3388, REL2, 17148 3388, REL7, 26291 6023, REL2, 17148 6023, REL7, 26291 26481, REL2, 17148 26481, REL7, 26291 25775, REL2, 17148 25775, REL7, 26291 34116, REL2, 17148 34116, REL5, 17148 34116, REL7, 26291 29789, REL2, 17148 29789, REL7, 26291 28124, REL2, 17148 28124, REL5, 26291 28124, REL7, 26291 20198, REL2, 17148 20198, REL8, 16399 529, REL2, 17148 529, REL7, 26291 45, REL2, 17148 45, REL8, 16399 6167, REL2, 17148 6167, REL7, 26291 24454, REL2, 17148 24454, REL5, 17148 24454, REL8, 16399 35682, REL2, 17148 35682, REL7, 26291 12752, REL2, 17148 12752, REL7, 26291 15093, REL2, 17148 15093, REL5, 20232 15093, REL9, 20232 17916, REL2, 17148 17916, REL7, 26291 2962, REL2, 17148 2962, REL7, 26291 7005, REL2, 17148 7005, REL7, 26291 31908, REL2, 17148 31908, REL7, 26291 14780, REL2, 17148 14780, REL5, 17148 14780, REL5, 20232 14780, REL9, 20232 29070, REL2, 17148 29070, REL7, 26291 24592, REL2, 17148 24592, REL7, 26291 26001, REL2, 17148 26001, REL5, 32216 26001, REL8, 32216 9038, REL2, 17148 9038, REL7, 26291 39133, REL2, 17148 39133, REL5, 16399 39133, REL8, 16399 39614, REL2, 17148 39614, REL8, 16399 17369, REL2, 17148 17369, REL7, 26291 30033, REL2, 17148 30033, REL7, 26291 38749, REL2, 17148 38749, REL5, 17148 38749, REL5, 32216 38749, REL8, 32216 21224, REL2, 17148 21224, REL7, 26291 12202, REL2, 17148 12202, REL7, 26291 5787, REL2, 17148 5787, REL7, 26291 21770, REL2, 17148 21770, REL5, 17148 21770, REL5, 16399 23841, REL2, 17148 23841, REL7, 26291 17529, REL2, 17148 17529, REL7, 26291 38051, REL2, 17148 38051, REL5, 32216 38051, REL8, 32216 21479, REL2, 17148 21479, REL5, 17148 21479, REL5, 32216 21479, REL8, 32216 17279, REL2, 17148 17279, REL5, 16399 17279, REL8, 16399 36125, REL2, 17148 36125, REL7, 26291 28736, REL2, 17148 28736, REL7, 26291 12038, REL2, 17148 12038, REL5, 17148 12038, REL7, 26291 18915, REL2, 17148 18915, REL7, 26291 7092, REL2, 17148 7092, REL5, 17148 7092, REL5, 16399 7092, REL8, 16399 28406, REL2, 17148 28406, REL7, 26291 21411, REL2, 17148 21411, REL7, 26291 19091, REL2, 17148 19091, REL5, 19091 35888, REL2, 17148 35888, REL7, 26291 5623, REL2, 17148 5623, REL7, 26291 23706, REL2, 17148 23706, REL5, 17148 23706, REL7, 26291 10270, REL2, 17148 10270, REL5, 17148 10270, REL7, 26291 7039, REL2, 17148 7039, REL7, 26291 33780, REL2, 17148 33780, REL5, 17148 33780, REL7, 26291 24679, REL2, 17148 24679, REL7, 26291 37711, REL2, 17148 37711, REL7, 26291 17176, REL2, 17148 17176, REL5, 17148 17176, REL7, 26291 17514, REL2, 17148 17514, REL7, 26291 18267, REL2, 17148 18267, REL7, 26291 38526, REL2, 17148 38526, REL7, 26291 19065, REL2, 17148 19065, REL7, 26291 30529, REL2, 17148 30529, REL7, 26291 37578, REL2, 17148 37578, REL7, 26291 22765, REL2, 17148 22765, REL7, 26291 22765, REL8, 16820 14586, REL2, 17148 14586, REL7, 26291 13910, REL2, 17148 13910, REL5, 27444 16364, REL2, 17148 16364, REL7, 26291 38124, REL2, 17148 38124, REL7, 26291 23299, REL2, 17148 23299, REL5, 27444 6387, REL2, 17148 6387, REL7, 26291 7899, REL2, 17148 7899, REL7, 26291 387, REL2, 17148 387, REL5, 26291 387, REL7, 26291 13979, REL2, 17148 13979, REL7, 26291 9842, REL2, 17148 9842, REL5, 17148 9842, REL7, 26291 36378, REL2, 17148 36378, REL5, 17148 36378, REL7, 26291 17766, REL2, 17148 17766, REL8, 16399 25834, REL2, 17148 25834, REL8, 33168 23811, REL2, 17148 23811, REL7, 26291 12264, REL2, 17148 12264, REL7, 26291 16530, REL2, 17148 16530, REL5, 32216 16530, REL8, 32216 13668, REL2, 17148 13668, REL5, 17148 13668, REL7, 26291 16476, REL2, 17148 16476, REL7, 26291 24062, REL2, 17148 24062, REL8, 16399 12401, REL2, 17148 12401, REL5, 17148 12401, REL7, 26291 18449, REL2, 17148 18449, REL7, 26291 19722, REL2, 17148 19722, REL7, 26291 18322, REL2, 17148 18322, REL8, 16399 4480, REL2, 17148 4480, REL7, 26291 32390, REL2, 17148 32390, REL7, 26291 2645, REL2, 17148 2645, REL7, 26291 10287, REL2, 17148 10287, REL7, 26291 14863, REL2, 17148 14863, REL7, 26291 33628, REL2, 17148 33628, REL5, 17148 33628, REL7, 26291 23596, REL2, 17148 23596, REL7, 26291 25426, REL2, 17148 25426, REL7, 26291 10476, REL2, 17148 10476, REL5, 17148 10476, REL7, 26291 13502, REL2, 17148 13502, REL7, 26291 34052, REL2, 17148 34052, REL7, 26291 12242, REL2, 17148 12242, REL7, 26291 ENT27559uestion: How are ENTENT246ENT302ENT1ENT246 and ENTENT1ENT24650ENT170 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT491", "ENT1502"], "valid_edges": [["ENT54", "REL2", "ENT7161"], ["ENT54", "REL7", "ENT199"], ["ENT205", "REL2", "ENT7161"], ["ENT205", "REL5", "ENT199"], ["ENT205", "REL5", "ENT7161"], ["ENT207", "REL2", "ENT7161"], ["ENT207", "REL7", "ENT199"], ["ENT451", "REL2", "ENT7161"], ["ENT451", "REL7", "ENT199"], ["ENT491", "REL2", "ENT7161"], ["ENT491", "REL5", "ENT24860"], ["ENT491", "REL5", "ENT24970"], ["ENT491", "REL5", "ENT32344"], ["ENT491", "REL7", "ENT199"], ["ENT491", "REL8", "ENT15306"], ["ENT491", "REL8", "ENT27062"], ["ENT491", "REL8", "ENT37493"], ["ENT491", "REL9", "ENT24970"], ["ENT518", "REL2", "ENT7161"], ["ENT518", "REL7", "ENT199"], ["ENT787", "REL2", "ENT7161"], ["ENT787", "REL5", "ENT7161"], ["ENT787", "REL5", "ENT24970"], ["ENT787", "REL5", "ENT37493"], ["ENT787", "REL9", "ENT24970"], ["ENT791", "REL2", "ENT7161"], ["ENT791", "REL7", "ENT199"], ["ENT1041", "REL2", "ENT7161"], ["ENT1041", "REL5", "ENT27062"], ["ENT1041", "REL8", "ENT27062"], ["ENT1434", "REL2", "ENT7161"], ["ENT1434", "REL7", "ENT199"], ["ENT2036", "REL2", "ENT7161"], ["ENT2036", "REL7", "ENT199"], ["ENT2491", "REL2", "ENT7161"], ["ENT2491", "REL7", "ENT199"], ["ENT3138", "REL2", "ENT7161"], ["ENT3138", "REL7", "ENT199"], ["ENT3237", "REL2", "ENT7161"], ["ENT3237", "REL7", "ENT199"], ["ENT3246", "REL2", "ENT7161"], ["ENT3246", "REL7", "ENT199"], ["ENT3280", "REL2", "ENT7161"], ["ENT3280", "REL7", "ENT199"], ["ENT3421", "REL2", "ENT7161"], ["ENT3421", "REL7", "ENT199"], ["ENT3671", "REL2", "ENT7161"], ["ENT3671", "REL7", "ENT199"], ["ENT3953", "REL2", "ENT7161"], ["ENT3953", "REL7", "ENT199"], ["ENT4364", "REL2", "ENT7161"], ["ENT4364", "REL5", "ENT7161"], ["ENT4364", "REL7", "ENT199"], ["ENT5414", "REL2", "ENT7161"], ["ENT5414", "REL7", "ENT199"], ["ENT6269", "REL2", "ENT7161"], ["ENT6269", "REL5", "ENT199"], ["ENT6269", "REL7", "ENT199"], ["ENT6982", "REL2", "ENT7161"], ["ENT6982", "REL8", "ENT37493"], ["ENT7166", "REL2", "ENT7161"], ["ENT7166", "REL7", "ENT199"], ["ENT7244", "REL2", "ENT7161"], ["ENT7244", "REL8", "ENT37493"], ["ENT8141", "REL2", "ENT7161"], ["ENT8141", "REL7", "ENT199"], ["ENT9218", "REL2", "ENT7161"], ["ENT9218", "REL5", "ENT7161"], ["ENT9218", "REL8", "ENT37493"], ["ENT9859", "REL2", "ENT7161"], ["ENT9859", "REL7", "ENT199"], ["ENT11114", "REL2", "ENT7161"], ["ENT11114", "REL7", "ENT199"], ["ENT11440", "REL2", "ENT7161"], ["ENT11440", "REL5", "ENT24970"], ["ENT11440", "REL9", "ENT24970"], ["ENT11561", "REL2", "ENT7161"], ["ENT11561", "REL7", "ENT199"], ["ENT11884", "REL2", "ENT7161"], ["ENT11884", "REL7", "ENT199"], ["ENT13901", "REL2", "ENT7161"], ["ENT13901", "REL7", "ENT199"], ["ENT14218", "REL2", "ENT7161"], ["ENT14218", "REL7", "ENT199"], ["ENT14495", "REL2", "ENT7161"], ["ENT14495", "REL5", "ENT7161"], ["ENT14495", "REL5", "ENT24970"], ["ENT14495", "REL9", "ENT24970"], ["ENT14694", "REL2", "ENT7161"], ["ENT14694", "REL7", "ENT199"], ["ENT14800", "REL2", "ENT7161"], ["ENT14800", "REL7", "ENT199"], ["ENT15050", "REL2", "ENT7161"], ["ENT15050", "REL5", "ENT27062"], ["ENT15050", "REL8", "ENT27062"], ["ENT15211", "REL2", "ENT7161"], ["ENT15211", "REL7", "ENT199"], ["ENT15337", "REL2", "ENT7161"], ["ENT15337", "REL5", "ENT37493"], ["ENT15337", "REL8", "ENT37493"], ["ENT17048", "REL2", "ENT7161"], ["ENT17048", "REL8", "ENT37493"], ["ENT19407", "REL2", "ENT7161"], ["ENT19407", "REL7", "ENT199"], ["ENT19926", "REL2", "ENT7161"], ["ENT19926", "REL7", "ENT199"], ["ENT20190", "REL2", "ENT7161"], ["ENT20190", "REL5", "ENT7161"], ["ENT20190", "REL5", "ENT27062"], ["ENT20190", "REL8", "ENT27062"], ["ENT20488", "REL2", "ENT7161"], ["ENT20488", "REL7", "ENT199"], ["ENT20585", "REL2", "ENT7161"], ["ENT20585", "REL7", "ENT199"], ["ENT20603", "REL2", "ENT7161"], ["ENT20603", "REL7", "ENT199"], ["ENT20816", "REL2", "ENT7161"], ["ENT20816", "REL5", "ENT7161"], ["ENT20816", "REL5", "ENT37493"], ["ENT21365", "REL2", "ENT7161"], ["ENT21365", "REL7", "ENT199"], ["ENT21564", "REL2", "ENT7161"], ["ENT21564", "REL7", "ENT199"], ["ENT21675", "REL2", "ENT7161"], ["ENT21675", "REL5", "ENT27062"], ["ENT21675", "REL8", "ENT27062"], ["ENT22323", "REL2", "ENT7161"], ["ENT22323", "REL5", "ENT7161"], ["ENT22323", "REL5", "ENT27062"], ["ENT22323", "REL8", "ENT27062"], ["ENT22460", "REL2", "ENT7161"], ["ENT22460", "REL5", "ENT37493"], ["ENT22460", "REL8", "ENT37493"], ["ENT23999", "REL2", "ENT7161"], ["ENT23999", "REL7", "ENT199"], ["ENT24096", "REL2", "ENT7161"], ["ENT24096", "REL7", "ENT199"], ["ENT24270", "REL2", "ENT7161"], ["ENT24270", "REL5", "ENT7161"], ["ENT24270", "REL7", "ENT199"], ["ENT24308", "REL2", "ENT7161"], ["ENT24308", "REL7", "ENT199"], ["ENT24337", "REL2", "ENT7161"], ["ENT24337", "REL5", "ENT7161"], ["ENT24337", "REL5", "ENT37493"], ["ENT24337", "REL8", "ENT37493"], ["ENT24460", "REL2", "ENT7161"], ["ENT24460", "REL7", "ENT199"], ["ENT24762", "REL2", "ENT7161"], ["ENT24762", "REL7", "ENT199"], ["ENT24860", "REL2", "ENT7161"], ["ENT24860", "REL5", "ENT24860"], ["ENT25377", "REL2", "ENT7161"], ["ENT25377", "REL7", "ENT199"], ["ENT25460", "REL2", "ENT7161"], ["ENT25460", "REL7", "ENT199"], ["ENT25958", "REL2", "ENT7161"], ["ENT25958", "REL5", "ENT7161"], ["ENT25958", "REL7", "ENT199"], ["ENT26575", "REL2", "ENT7161"], ["ENT26575", "REL5", "ENT7161"], ["ENT26575", "REL7", "ENT199"], ["ENT27117", "REL2", "ENT7161"], ["ENT27117", "REL7", "ENT199"], ["ENT27156", "REL2", "ENT7161"], ["ENT27156", "REL5", "ENT7161"], ["ENT27156", "REL7", "ENT199"], ["ENT28530", "REL2", "ENT7161"], ["ENT28530", "REL7", "ENT199"], ["ENT28581", "REL2", "ENT7161"], ["ENT28581", "REL7", "ENT199"], ["ENT30553", "REL2", "ENT7161"], ["ENT30553", "REL5", "ENT7161"], ["ENT30553", "REL7", "ENT199"], ["ENT30834", "REL2", "ENT7161"], ["ENT30834", "REL7", "ENT199"], ["ENT31519", "REL2", "ENT7161"], ["ENT31519", "REL7", "ENT199"], ["ENT31641", "REL2", "ENT7161"], ["ENT31641", "REL7", "ENT199"], ["ENT32417", "REL2", "ENT7161"], ["ENT32417", "REL7", "ENT199"], ["ENT32817", "REL2", "ENT7161"], ["ENT32817", "REL7", "ENT199"], ["ENT32997", "REL2", "ENT7161"], ["ENT32997", "REL7", "ENT199"], ["ENT33174", "REL2", "ENT7161"], ["ENT33174", "REL7", "ENT199"], ["ENT33174", "REL8", "ENT15306"], ["ENT33300", "REL2", "ENT7161"], ["ENT33300", "REL7", "ENT199"], ["ENT33479", "REL2", "ENT7161"], ["ENT33479", "REL5", "ENT32344"], ["ENT33583", "REL2", "ENT7161"], ["ENT33583", "REL7", "ENT199"], ["ENT33603", "REL2", "ENT7161"], ["ENT33603", "REL7", "ENT199"], ["ENT33790", "REL2", "ENT7161"], ["ENT33790", "REL5", "ENT32344"], ["ENT33818", "REL2", "ENT7161"], ["ENT33818", "REL7", "ENT199"], ["ENT33959", "REL2", "ENT7161"], ["ENT33959", "REL7", "ENT199"], ["ENT34499", "REL2", "ENT7161"], ["ENT34499", "REL5", "ENT199"], ["ENT34499", "REL7", "ENT199"], ["ENT34734", "REL2", "ENT7161"], ["ENT34734", "REL7", "ENT199"], ["ENT34776", "REL2", "ENT7161"], ["ENT34776", "REL5", "ENT7161"], ["ENT34776", "REL7", "ENT199"], ["ENT34817", "REL2", "ENT7161"], ["ENT34817", "REL5", "ENT7161"], ["ENT34817", "REL7", "ENT199"], ["ENT35000", "REL2", "ENT7161"], ["ENT35000", "REL8", "ENT37493"], ["ENT35027", "REL2", "ENT7161"], ["ENT35027", "REL8", "ENT1502"], ["ENT35059", "REL2", "ENT7161"], ["ENT35059", "REL7", "ENT199"], ["ENT35095", "REL2", "ENT7161"], ["ENT35095", "REL7", "ENT199"], ["ENT35304", "REL2", "ENT7161"], ["ENT35304", "REL5", "ENT27062"], ["ENT35304", "REL8", "ENT27062"], ["ENT35522", "REL2", "ENT7161"], ["ENT35522", "REL5", "ENT7161"], ["ENT35522", "REL7", "ENT199"], ["ENT35584", "REL2", "ENT7161"], ["ENT35584", "REL7", "ENT199"], ["ENT35607", "REL2", "ENT7161"], ["ENT35607", "REL8", "ENT37493"], ["ENT35904", "REL2", "ENT7161"], ["ENT35904", "REL5", "ENT7161"], ["ENT35904", "REL7", "ENT199"], ["ENT36110", "REL2", "ENT7161"], ["ENT36110", "REL7", "ENT199"], ["ENT36554", "REL2", "ENT7161"], ["ENT36554", "REL7", "ENT199"], ["ENT36604", "REL2", "ENT7161"], ["ENT36604", "REL8", "ENT37493"], ["ENT36830", "REL2", "ENT7161"], ["ENT36830", "REL7", "ENT199"], ["ENT36869", "REL2", "ENT7161"], ["ENT36869", "REL7", "ENT199"], ["ENT36900", "REL2", "ENT7161"], ["ENT36900", "REL7", "ENT199"], ["ENT37582", "REL2", "ENT7161"], ["ENT37582", "REL7", "ENT199"], ["ENT37928", "REL2", "ENT7161"], ["ENT37928", "REL7", "ENT199"], ["ENT37985", "REL2", "ENT7161"], ["ENT37985", "REL5", "ENT7161"], ["ENT37985", "REL7", "ENT199"], ["ENT38724", "REL2", "ENT7161"], ["ENT38724", "REL7", "ENT199"], ["ENT39064", "REL2", "ENT7161"], ["ENT39064", "REL7", "ENT199"], ["ENT39065", "REL2", "ENT7161"], ["ENT39065", "REL5", "ENT7161"], ["ENT39065", "REL7", "ENT199"], ["ENT39275", "REL2", "ENT7161"], ["ENT39275", "REL7", "ENT199"], ["ENT39607", "REL2", "ENT7161"], ["ENT39607", "REL7", "ENT199"], ["ENT40088", "REL2", "ENT7161"], ["ENT40088", "REL7", "ENT199"]]}
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, ENT192 20922, ENT193 38040, ENT4323 17472, ENT15701 2541, ENT19404 33565, ENT33805 src, edge_attr, dst 38040, REL7, 13583 38040, REL7, 20922 17472, REL7, 13583 2541, REL7, 20922 33565, REL7, 13583 33565, REL7, 20922 ENT27559uestion: How are ENTENT1ENT246570ENT1ENT246 and EENTENT170ENT2467ENT170ENT302NTENT220ENT2200ENTENT1700ENT170TENTENT1ENT2466ENT220ENT246 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT15701", "ENT19404"], "valid_edges": [["ENT4323", "REL7", "ENT192"], ["ENT4323", "REL7", "ENT193"], ["ENT15701", "REL7", "ENT192"], ["ENT19404", "REL7", "ENT193"], ["ENT33805", "REL7", "ENT192"], ["ENT33805", "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, ENT4595 12627, ENT9029 410, ENT10083 11811, ENT11025 36542, ENT12351 20248, ENT20508 27218, ENT24310 1592, ENT29518 34320, ENT30790 6289, ENT31532 14270, ENT39768 src, edge_attr, dst 11900, REL5, 6289 11900, REL6, 6289 11900, REL8, 36542 12627, REL7, 13929 12627, REL8, 34220 410, REL5, 27218 410, REL7, 13929 410, REL8, 34220 11811, REL5, 6289 11811, REL6, 6289 11811, REL7, 13929 11811, REL8, 36542 20248, REL7, 13929 20248, REL8, 36542 1592, REL6, 6289 1592, REL8, 36542 34320, REL5, 27218 34320, REL7, 13929 14270, REL5, 36542 14270, REL5, 6289 14270, REL6, 6289 14270, REL8, 36542 ENT27559uestion: ENT11141or what reason are ENTENTENT1ENT246608ENT220 and ENTENTENT2207ENT220ENTENT17067 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT10083", "ENT12351"], "valid_edges": [["ENT3274", "REL5", "ENT31532"], ["ENT3274", "REL6", "ENT31532"], ["ENT3274", "REL8", "ENT12351"], ["ENT9029", "REL7", "ENT195"], ["ENT9029", "REL8", "ENT4595"], ["ENT10083", "REL5", "ENT24310"], ["ENT10083", "REL7", "ENT195"], ["ENT10083", "REL8", "ENT4595"], ["ENT11025", "REL5", "ENT31532"], ["ENT11025", "REL6", "ENT31532"], ["ENT11025", "REL7", "ENT195"], ["ENT11025", "REL8", "ENT12351"], ["ENT20508", "REL7", "ENT195"], ["ENT20508", "REL8", "ENT12351"], ["ENT29518", "REL6", "ENT31532"], ["ENT29518", "REL8", "ENT12351"], ["ENT30790", "REL5", "ENT24310"], ["ENT30790", "REL7", "ENT195"], ["ENT39768", "REL5", "ENT12351"], ["ENT39768", "REL5", "ENT31532"], ["ENT39768", "REL6", "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, ENT19826 19053, ENT20911 24262, ENT38222 src, edge_attr, dst 22337, REL7, 27112 19053, REL7, 27112 19053, REL7, 31212 24262, REL7, 31212 ENT27559uestion: How are EENTENT170ENT2467ENT170ENT302NTENT220ENT2200ENTENT1700ENT170TENT1ENT246506 and ENTENT2208ENT170ENT170ENT170 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT19826", "ENT38222"], "valid_edges": [["ENT19826", "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, REL2, 977 10158, REL8, 26049 7735, REL1, 7243 7735, REL2, 977 7735, REL9, 7243 ENT27559uestion: In what context are ENTENTENT246ENT3028ENT220ENT246 and ENTENT17070ENT1ENT246ENT246 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT13834", "ENT27014"], "valid_edges": [["ENT6317", "REL2", "ENT9307"], ["ENT6317", "REL8", "ENT13834"], ["ENT28056", "REL1", "ENT27014"], ["ENT28056", "REL2", "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, ENT5373 17148, ENT7161 28294, ENT31224 19389, ENT39920 src, edge_attr, dst 28294, REL2, 17148 19389, REL2, 17148 19389, REL9, 32253 ENT27559uestion: ENT11141or what reason are ENT5ENT2207ENT220 and ENTENT220ENTENT2207ENT170ENT246 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT5373", "ENT31224"], "valid_edges": [["ENT31224", "REL2", "ENT7161"], ["ENT39920", "REL2", "ENT7161"], ["ENT39920", "REL9", "ENT5373"]]}
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, ENT192 36878, ENT3062 23435, ENT3604 27568, ENT4582 21752, ENT5427 1044, ENT14214 17129, ENT20738 1342, ENT26637 25734, ENT28034 5684, ENT30606 26166, ENT32209 29980, ENT32641 21956, ENT32785 32687, ENT32916 14814, ENT33883 6864, ENT36581 38951, ENT38094 19608, ENT38813 src, edge_attr, dst 36878, REL5, 19608 36878, REL7, 13583 23435, REL2, 19608 23435, REL7, 13583 27568, REL2, 19608 27568, REL7, 13583 21752, REL2, 19608 21752, REL7, 13583 1044, REL2, 19608 1044, REL7, 13583 17129, REL2, 19608 17129, REL7, 13583 1342, REL5, 19608 1342, REL7, 13583 25734, REL2, 19608 25734, REL7, 13583 5684, REL2, 19608 5684, REL7, 13583 26166, REL2, 19608 29980, REL7, 13583 21956, REL2, 19608 21956, REL7, 13583 32687, REL2, 19608 32687, REL7, 13583 14814, REL2, 19608 14814, REL7, 13583 6864, REL5, 19608 6864, REL7, 13583 38951, REL2, 19608 38951, REL7, 13583 19608, REL7, 13583 ENT27559uestion: How are ENTENT220ENT170ENT1700ENT302 and ENTENT220ENT1706ENT246ENT1ENT246 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT32209", "ENT32641"], "valid_edges": [["ENT3062", "REL5", "ENT38813"], ["ENT3062", "REL7", "ENT192"], ["ENT3604", "REL2", "ENT38813"], ["ENT3604", "REL7", "ENT192"], ["ENT4582", "REL2", "ENT38813"], ["ENT4582", "REL7", "ENT192"], ["ENT5427", "REL2", "ENT38813"], ["ENT5427", "REL7", "ENT192"], ["ENT14214", "REL2", "ENT38813"], ["ENT14214", "REL7", "ENT192"], ["ENT20738", "REL2", "ENT38813"], ["ENT20738", "REL7", "ENT192"], ["ENT26637", "REL5", "ENT38813"], ["ENT26637", "REL7", "ENT192"], ["ENT28034", "REL2", "ENT38813"], ["ENT28034", "REL7", "ENT192"], ["ENT30606", "REL2", "ENT38813"], ["ENT30606", "REL7", "ENT192"], ["ENT32209", "REL2", "ENT38813"], ["ENT32641", "REL7", "ENT192"], ["ENT32785", "REL2", "ENT38813"], ["ENT32785", "REL7", "ENT192"], ["ENT32916", "REL2", "ENT38813"], ["ENT32916", "REL7", "ENT192"], ["ENT33883", "REL2", "ENT38813"], ["ENT33883", "REL7", "ENT192"], ["ENT36581", "REL5", "ENT38813"], ["ENT36581", "REL7", "ENT192"], ["ENT38094", "REL2", "ENT38813"], ["ENT38094", "REL7", "ENT192"], ["ENT38813", "REL7", "ENT192"]]}
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, ENT1006 6906, ENT8028 17188, ENT8208 38539, ENT20286 16368, ENT31626 src, edge_attr, dst 38539, REL2, 488 38539, REL5, 488 38539, REL8, 17188 16368, REL2, 488 16368, REL5, 6906 ENT27559uestion: How are ENT80ENT1708 and ENT8ENT17008 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT8028", "ENT8208"], "valid_edges": [["ENT20286", "REL2", "ENT1006"], ["ENT20286", "REL5", "ENT1006"], ["ENT20286", "REL8", "ENT8208"], ["ENT31626", "REL2", "ENT1006"], ["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, ENT1006 16766, ENT13125 8625, ENT14885 13423, ENT15412 38464, ENT33236 8204, ENT35668 34296, ENT37730 13899, ENT39344 src, edge_attr, dst 8625, REL1, 13899 8625, REL2, 488 8625, REL9, 16766 8625, REL9, 13899 13423, REL2, 488 13423, REL5, 488 13423, REL9, 16766 13423, REL9, 13899 38464, REL2, 488 38464, REL7, 37792 8204, REL2, 488 8204, REL7, 37792 34296, REL2, 488 34296, REL7, 37792 ENT27559uestion: In what context are ENTENTENT246ENT3026 and ENTENT220ENT302ENT220ENT246ENT246 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT136", "ENT39344"], "valid_edges": [["ENT14885", "REL1", "ENT39344"], ["ENT14885", "REL2", "ENT1006"], ["ENT14885", "REL9", "ENT13125"], ["ENT14885", "REL9", "ENT39344"], ["ENT15412", "REL2", "ENT1006"], ["ENT15412", "REL5", "ENT1006"], ["ENT15412", "REL9", "ENT13125"], ["ENT15412", "REL9", "ENT39344"], ["ENT33236", "REL2", "ENT1006"], ["ENT33236", "REL7", "ENT136"], ["ENT35668", "REL2", "ENT1006"], ["ENT35668", "REL7", "ENT136"], ["ENT37730", "REL2", "ENT1006"], ["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 ENT27559uestion: ENT11141or what reason are ENTENT1700ENT246ENT3027 and ENTENT2208ENT24676 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, REL2, 16661 25219, REL5, 22741 25219, REL6, 13830 22741, REL2, 16661 1813, REL2, 16661 ENT27559uestion: In what context are ENTENT17060ENT1706 and ENTENT220ENT246ENTENT1ENT2466ENT302 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT26026", "ENT34109"], "valid_edges": [["ENT3783", "REL2", "ENT9752"], ["ENT3783", "REL5", "ENT20923"], ["ENT3783", "REL6", "ENT26026"], ["ENT20923", "REL2", "ENT9752"], ["ENT34109", "REL2", "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, ENT38285 30377, ENT40052 src, edge_attr, dst 26386, REL6, 29949 26386, REL8, 10189 30377, REL1, 22660 30377, REL6, 29949 30377, REL9, 22660 ENT27559uestion: In what context are ENTENT220ENT220ENT2466 and ENTENT2208ENT17085 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT3346", "ENT38285"], "valid_edges": [["ENT5546", "REL6", "ENT16435"], ["ENT5546", "REL8", "ENT38285"], ["ENT40052", "REL1", "ENT3346"], ["ENT40052", "REL6", "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, ENT19332 11798, ENT27325 26102, ENT39031 src, edge_attr, dst 21207, REL6, 29088 11798, REL2, 26102 11798, REL8, 30174 26102, REL6, 29088 ENT27559uestion: In what context are ENTENT1700ENT2205 and EENTENT170ENT2467ENT170ENT302NTENT220ENT2200ENTENT1700ENT170TENT3026ENT170 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT2035", "ENT19332"], "valid_edges": [["ENT2035", "REL6", "ENT12156"], ["ENT27325", "REL2", "ENT39031"], ["ENT27325", "REL8", "ENT19332"], ["ENT39031", "REL6", "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 ENT27559uestion: How are ENTENT1ENT24680ENT170 and ENTENT246ENT246ENT302ENT170 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, ENT3013 31246, ENT3272 27070, ENT4821 19498, ENT5283 28861, ENT7270 16721, ENT7598 26606, ENT7865 3537, ENT8128 22454, ENT8626 26045, ENT12275 34700, ENT15203 6706, ENT15461 30508, ENT19555 34807, ENT19557 23246, ENT21034 15913, ENT21185 3189, ENT21469 22877, ENT25110 20418, ENT25682 27855, ENT30576 39999, ENT32202 34366, ENT32614 34451, ENT33342 17209, ENT34376 22993, ENT35632 6512, ENT37036 20045, ENT37765 17037, ENT37912 src, edge_attr, dst 25917, REL2, 6512 25917, REL7, 24770 40121, REL2, 6512 40121, REL8, 3537 31246, REL2, 6512 31246, REL7, 24770 27070, REL5, 6512 27070, REL7, 24770 19498, REL2, 6512 19498, REL7, 24770 28861, REL5, 6512 28861, REL7, 24770 16721, REL2, 6512 16721, REL5, 6512 16721, REL7, 24770 26606, REL2, 6512 26606, REL7, 24770 26606, REL8, 34700 22454, REL2, 6512 22454, REL7, 24770 26045, REL2, 6512 26045, REL5, 6512 26045, REL7, 24770 6706, REL2, 6512 6706, REL7, 24770 30508, REL2, 6512 30508, REL7, 24770 34807, REL5, 6512 34807, REL7, 24770 23246, REL2, 6512 23246, REL7, 24770 15913, REL2, 6512 15913, REL7, 24770 3189, REL2, 6512 3189, REL7, 24770 22877, REL2, 6512 22877, REL7, 24770 20418, REL2, 6512 20418, REL7, 24770 27855, REL2, 6512 27855, REL7, 24770 39999, REL2, 6512 39999, REL7, 24770 34366, REL2, 6512 34366, REL7, 24770 34451, REL2, 6512 34451, REL7, 24770 17209, REL2, 6512 17209, REL5, 6512 17209, REL7, 24770 22993, REL2, 6512 22993, REL7, 24770 20045, REL2, 6512 20045, REL8, 34700 17037, REL2, 6512 17037, REL7, 24770 ENT27559uestion: ENT11141or what reason are ENT7865 and ENT8ENTENT22078 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT7865", "ENT8128"], "valid_edges": [["ENT1875", "REL2", "ENT37036"], ["ENT1875", "REL7", "ENT166"], ["ENT3013", "REL2", "ENT37036"], ["ENT3013", "REL8", "ENT8128"], ["ENT3272", "REL2", "ENT37036"], ["ENT3272", "REL7", "ENT166"], ["ENT4821", "REL5", "ENT37036"], ["ENT4821", "REL7", "ENT166"], ["ENT5283", "REL2", "ENT37036"], ["ENT5283", "REL7", "ENT166"], ["ENT7270", "REL5", "ENT37036"], ["ENT7270", "REL7", "ENT166"], ["ENT7598", "REL2", "ENT37036"], ["ENT7598", "REL5", "ENT37036"], ["ENT7598", "REL7", "ENT166"], ["ENT7865", "REL2", "ENT37036"], ["ENT7865", "REL7", "ENT166"], ["ENT7865", "REL8", "ENT15203"], ["ENT8626", "REL2", "ENT37036"], ["ENT8626", "REL7", "ENT166"], ["ENT12275", "REL2", "ENT37036"], ["ENT12275", "REL5", "ENT37036"], ["ENT12275", "REL7", "ENT166"], ["ENT15461", "REL2", "ENT37036"], ["ENT15461", "REL7", "ENT166"], ["ENT19555", "REL2", "ENT37036"], ["ENT19555", "REL7", "ENT166"], ["ENT19557", "REL5", "ENT37036"], ["ENT19557", "REL7", "ENT166"], ["ENT21034", "REL2", "ENT37036"], ["ENT21034", "REL7", "ENT166"], ["ENT21185", "REL2", "ENT37036"], ["ENT21185", "REL7", "ENT166"], ["ENT21469", "REL2", "ENT37036"], ["ENT21469", "REL7", "ENT166"], ["ENT25110", "REL2", "ENT37036"], ["ENT25110", "REL7", "ENT166"], ["ENT25682", "REL2", "ENT37036"], ["ENT25682", "REL7", "ENT166"], ["ENT30576", "REL2", "ENT37036"], ["ENT30576", "REL7", "ENT166"], ["ENT32202", "REL2", "ENT37036"], ["ENT32202", "REL7", "ENT166"], ["ENT32614", "REL2", "ENT37036"], ["ENT32614", "REL7", "ENT166"], ["ENT33342", "REL2", "ENT37036"], ["ENT33342", "REL7", "ENT166"], ["ENT34376", "REL2", "ENT37036"], ["ENT34376", "REL5", "ENT37036"], ["ENT34376", "REL7", "ENT166"], ["ENT35632", "REL2", "ENT37036"], ["ENT35632", "REL7", "ENT166"], ["ENT37765", "REL2", "ENT37036"], ["ENT37765", "REL8", "ENT15203"], ["ENT37912", "REL2", "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, ENT586 25548, ENT823 5633, ENT1128 11161, ENT2286 17669, ENT2656 34963, ENT2681 36857, ENT2719 4213, ENT3231 19032, ENT3267 26322, ENT3665 35543, ENT3799 7621, ENT3800 36912, ENT4734 24634, ENT5831 21484, ENT6231 14254, ENT6343 40029, ENT6774 12357, ENT6933 29968, ENT7231 284, ENT8701 8201, ENT9209 8577, ENT9347 16661, ENT9752 18965, ENT9775 18545, ENT9959 582, ENT10201 13260, ENT11222 35024, ENT11442 39284, ENT11629 23712, ENT11665 5406, ENT12141 29819, ENT12391 3732, ENT13846 35286, ENT14183 37413, ENT14211 34036, ENT14225 36537, ENT14391 19450, ENT14431 26106, ENT14763 18981, ENT14809 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, ENT26082 26890, ENT26183 22321, ENT27051 2538, ENT27304 17664, ENT27366 27767, ENT27451 36160, ENT27567 16180, ENT27571 26526, ENT27987 29756, ENT28383 12482, ENT30091 36418, ENT30109 27095, ENT30136 19310, ENT30813 19573, ENT31238 32366, ENT32361 24662, ENT32665 36539, ENT33458 940, ENT33644 9047, ENT33659 17520, ENT33819 23619, ENT33881 23075, ENT34071 30819, ENT34167 15425, ENT34235 3357, ENT34500 7573, ENT34725 29487, ENT35042 34355, ENT35099 20079, ENT35128 34760, ENT35274 19662, ENT35278 18263, ENT35669 8447, ENT35713 27573, ENT35759 36454, ENT35837 24800, ENT35918 32586, ENT35946 38032, ENT36003 22135, ENT36035 32810, ENT36100 33602, ENT36239 16998, ENT36546 24490, ENT36678 28129, ENT36721 35582, ENT36750 28883, ENT37796 11275, ENT37809 22508, ENT38546 1647, ENT38915 29785, ENT39138 29014, ENT39238 7521, ENT39599 1723, ENT39865 src, edge_attr, dst 29817, REL2, 16661 29817, REL5, 38563 22678, REL2, 16661 22678, REL5, 8201 14235, REL2, 16661 14235, REL2, 13260 22395, REL2, 16661 22395, REL2, 13260 13626, REL2, 16661 13626, REL7, 12014 35593, REL2, 16661 35593, REL5, 13260 36223, REL2, 16661 36223, REL2, 13260 25548, REL2, 16661 25548, REL2, 13260 5633, REL2, 16661 5633, REL6, 35543 11161, REL2, 16661 11161, REL2, 13260 17669, REL2, 16661 17669, REL5, 8201 34963, REL1, 12482 34963, REL2, 16661 34963, REL5, 36857 34963, REL5, 38563 34963, REL5, 12482 34963, REL5, 28883 34963, REL6, 35543 34963, REL9, 12482 4213, REL2, 16661 4213, REL2, 13260 19032, REL2, 16661 19032, REL5, 8201 26322, REL2, 16661 26322, REL5, 38563 7621, REL2, 16661 7621, REL7, 12014 36912, REL2, 16661 36912, REL5, 8201 36912, REL5, 16661 24634, REL2, 16661 24634, REL5, 13260 21484, REL1, 12482 21484, REL2, 16661 21484, REL5, 12482 21484, REL6, 35543 21484, REL9, 12482 14254, REL2, 16661 14254, REL2, 13260 40029, REL2, 16661 40029, REL5, 38563 12357, REL2, 16661 12357, REL5, 13260 29968, REL2, 13260 29968, REL5, 16661 284, REL2, 16661 284, REL7, 12014 8577, REL2, 16661 8577, REL2, 13260 8577, REL5, 13260 18965, REL2, 16661 18965, REL7, 12014 18545, REL2, 16661 18545, REL5, 38563 582, REL2, 16661 582, REL5, 13260 35024, REL2, 16661 35024, REL2, 13260 39284, REL2, 16661 39284, REL7, 12014 23712, REL2, 16661 23712, REL2, 13260 5406, REL2, 16661 5406, REL2, 13260 5406, REL5, 13260 29819, REL2, 16661 29819, REL5, 38563 3732, REL2, 16661 3732, REL5, 13260 35286, REL2, 16661 35286, REL5, 38563 37413, REL2, 16661 37413, REL5, 8201 34036, REL2, 16661 34036, REL5, 8201 36537, REL2, 16661 36537, REL5, 8201 19450, REL2, 16661 19450, REL2, 13260 26106, REL2, 16661 26106, REL5, 16661 26106, REL5, 13260 18981, REL2, 16661 18981, REL2, 13260 37982, REL2, 16661 37982, REL2, 13260 16691, REL2, 16661 16691, REL2, 13260 16691, REL5, 16661 16691, REL5, 13260 3333, REL2, 16661 3333, REL5, 13260 141, REL2, 16661 141, REL7, 12014 8274, REL2, 16661 8274, REL5, 38563 32097, REL2, 16661 32097, REL2, 13260 6499, REL2, 16661 6499, REL5, 8201 4988, REL2, 16661 4988, REL2, 13260 4988, REL5, 16661 7122, REL2, 16661 7122, REL7, 12014 22666, REL2, 16661 22666, REL7, 12014 22948, REL2, 16661 22948, REL7, 12014 27251, REL2, 16661 27251, REL7, 12014 25515, REL2, 16661 25515, REL7, 12014 319, REL2, 16661 319, REL7, 12014 11349, REL2, 16661 11349, REL5, 13260 1730, REL2, 16661 1730, REL5, 13260 26890, REL1, 12482 26890, REL2, 16661 26890, REL5, 36857 26890, REL5, 8201 26890, REL5, 13260 26890, REL5, 38563 26890, REL5, 2538 26890, REL5, 12482 26890, REL5, 28883 26890, REL6, 35543 26890, REL7, 12014 26890, REL9, 12482 22321, REL2, 16661 22321, REL7, 12014 17664, REL2, 16661 17664, REL5, 27767 27767, REL1, 33522 27767, REL2, 16661 36160, REL2, 16661 36160, REL5, 8201 16180, REL2, 16661 16180, REL7, 12014 26526, REL2, 16661 26526, REL7, 12014 29756, REL2, 16661 29756, REL7, 12014 36418, REL2, 16661 36418, REL2, 13260 27095, REL2, 16661 27095, REL5, 8201 19310, REL2, 16661 19310, REL2, 13260 19573, REL2, 16661 19573, REL5, 16661 19573, REL5, 38563 32366, REL2, 16661 32366, REL2, 13260 24662, REL2, 16661 24662, REL5, 8201 36539, REL2, 16661 36539, REL5, 38563 940, REL2, 16661 940, REL5, 8201 9047, REL2, 16661 9047, REL5, 13260 17520, REL2, 16661 17520, REL7, 12014 23619, REL2, 16661 23619, REL7, 12014 23075, REL2, 16661 23075, REL2, 13260 30819, REL2, 16661 30819, REL7, 12014 15425, REL2, 16661 15425, REL5, 16661 15425, REL5, 13260 3357, REL2, 16661 3357, REL7, 12014 7573, REL2, 16661 7573, REL2, 13260 29487, REL2, 16661 29487, REL7, 12014 34355, REL2, 16661 34355, REL2, 13260 20079, REL2, 16661 20079, REL7, 12014 34760, REL2, 16661 34760, REL7, 12014 19662, REL2, 16661 19662, REL5, 8201 19662, REL5, 16661 18263, REL2, 16661 18263, REL7, 12014 8447, REL2, 16661 8447, REL5, 38563 27573, REL2, 16661 27573, REL7, 12014 36454, REL2, 16661 36454, REL7, 12014 24800, REL2, 16661 24800, REL5, 38563 32586, REL2, 16661 32586, REL7, 12014 38032, REL2, 16661 38032, REL7, 12014 22135, REL2, 16661 22135, REL5, 8201 32810, REL2, 16661 32810, REL2, 13260 33602, REL2, 16661 33602, REL2, 13260 33602, REL5, 13260 16998, REL2, 16661 16998, REL7, 12014 24490, REL2, 16661 24490, REL5, 13260 28129, REL1, 12482 28129, REL2, 16661 28129, REL5, 36857 28129, REL5, 38563 28129, REL5, 12482 28129, REL6, 35543 28129, REL9, 12482 35582, REL2, 16661 35582, REL2, 13260 11275, REL2, 16661 11275, REL5, 38563 22508, REL2, 16661 22508, REL7, 12014 1647, REL2, 16661 1647, REL2, 13260 1647, REL5, 13260 29785, REL2, 16661 29785, REL5, 8201 29014, REL2, 16661 29014, REL2, 13260 7521, REL2, 16661 7521, REL5, 16661 7521, REL5, 2538 1723, REL2, 16661 1723, REL5, 13260 ENT27559uestion: In what context are ENTENT1ENT2467ENT22055 and ENTENT1706ENT1ENT2468ENT220 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT17355", "ENT26183"], "valid_edges": [["ENT226", "REL2", "ENT9752"], ["ENT226", "REL5", "ENT15403"], ["ENT334", "REL2", "ENT9752"], ["ENT334", "REL5", "ENT9209"], ["ENT351", "REL2", "ENT9752"], ["ENT351", "REL2", "ENT11222"], ["ENT400", "REL2", "ENT9752"], ["ENT400", "REL2", "ENT11222"], ["ENT501", "REL2", "ENT9752"], ["ENT501", "REL7", "ENT120"], ["ENT567", "REL2", "ENT9752"], ["ENT567", "REL5", "ENT11222"], ["ENT586", "REL2", "ENT9752"], ["ENT586", "REL2", "ENT11222"], ["ENT823", "REL2", "ENT9752"], ["ENT823", "REL2", "ENT11222"], ["ENT1128", "REL2", "ENT9752"], ["ENT1128", "REL6", "ENT3799"], ["ENT2286", "REL2", "ENT9752"], ["ENT2286", "REL2", "ENT11222"], ["ENT2656", "REL2", "ENT9752"], ["ENT2656", "REL5", "ENT9209"], ["ENT2681", "REL1", "ENT30091"], ["ENT2681", "REL2", "ENT9752"], ["ENT2681", "REL5", "ENT2719"], ["ENT2681", "REL5", "ENT15403"], ["ENT2681", "REL5", "ENT30091"], ["ENT2681", "REL5", "ENT37796"], ["ENT2681", "REL6", "ENT3799"], ["ENT2681", "REL9", "ENT30091"], ["ENT3231", "REL2", "ENT9752"], ["ENT3231", "REL2", "ENT11222"], ["ENT3267", "REL2", "ENT9752"], ["ENT3267", "REL5", "ENT9209"], ["ENT3665", "REL2", "ENT9752"], ["ENT3665", "REL5", "ENT15403"], ["ENT3800", "REL2", "ENT9752"], ["ENT3800", "REL7", "ENT120"], ["ENT4734", "REL2", "ENT9752"], ["ENT4734", "REL5", "ENT9209"], ["ENT4734", "REL5", "ENT9752"], ["ENT5831", "REL2", "ENT9752"], ["ENT5831", "REL5", "ENT11222"], ["ENT6231", "REL1", "ENT30091"], ["ENT6231", "REL2", "ENT9752"], ["ENT6231", "REL5", "ENT30091"], ["ENT6231", "REL6", "ENT3799"], ["ENT6231", "REL9", "ENT30091"], ["ENT6343", "REL2", "ENT9752"], ["ENT6343", "REL2", "ENT11222"], ["ENT6774", "REL2", "ENT9752"], ["ENT6774", "REL5", "ENT15403"], ["ENT6933", "REL2", "ENT9752"], ["ENT6933", "REL5", "ENT11222"], ["ENT7231", "REL2", "ENT11222"], ["ENT7231", "REL5", "ENT9752"], ["ENT8701", "REL2", "ENT9752"], ["ENT8701", "REL7", "ENT120"], ["ENT9347", "REL2", "ENT9752"], ["ENT9347", "REL2", "ENT11222"], ["ENT9347", "REL5", "ENT11222"], ["ENT9775", "REL2", "ENT9752"], ["ENT9775", "REL7", "ENT120"], ["ENT9959", "REL2", "ENT9752"], ["ENT9959", "REL5", "ENT15403"], ["ENT10201", "REL2", "ENT9752"], ["ENT10201", "REL5", "ENT11222"], ["ENT11442", "REL2", "ENT9752"], ["ENT11442", "REL2", "ENT11222"], ["ENT11629", "REL2", "ENT9752"], ["ENT11629", "REL7", "ENT120"], ["ENT11665", "REL2", "ENT9752"], ["ENT11665", "REL2", "ENT11222"], ["ENT12141", "REL2", "ENT9752"], ["ENT12141", "REL2", "ENT11222"], ["ENT12141", "REL5", "ENT11222"], ["ENT12391", "REL2", "ENT9752"], ["ENT12391", "REL5", "ENT15403"], ["ENT13846", "REL2", "ENT9752"], ["ENT13846", "REL5", "ENT11222"], ["ENT14183", "REL2", "ENT9752"], ["ENT14183", "REL5", "ENT15403"], ["ENT14211", "REL2", "ENT9752"], ["ENT14211", "REL5", "ENT9209"], ["ENT14225", "REL2", "ENT9752"], ["ENT14225", "REL5", "ENT9209"], ["ENT14391", "REL2", "ENT9752"], ["ENT14391", "REL5", "ENT9209"], ["ENT14431", "REL2", "ENT9752"], ["ENT14431", "REL2", "ENT11222"], ["ENT14763", "REL2", "ENT9752"], ["ENT14763", "REL5", "ENT9752"], ["ENT14763", "REL5", "ENT11222"], ["ENT14809", "REL2", "ENT9752"], ["ENT14809", "REL2", "ENT11222"], ["ENT15692", "REL2", "ENT9752"], ["ENT15692", "REL2", "ENT11222"], ["ENT15706", "REL2", "ENT9752"], ["ENT15706", "REL2", "ENT11222"], ["ENT15706", "REL5", "ENT9752"], ["ENT15706", "REL5", "ENT11222"], ["ENT18785", "REL2", "ENT9752"], ["ENT18785", "REL5", "ENT11222"], ["ENT19830", "REL2", "ENT9752"], ["ENT19830", "REL7", "ENT120"], ["ENT20601", "REL2", "ENT9752"], ["ENT20601", "REL5", "ENT15403"], ["ENT20811", "REL2", "ENT9752"], ["ENT20811", "REL2", "ENT11222"], ["ENT20812", "REL2", "ENT9752"], ["ENT20812", "REL5", "ENT9209"], ["ENT20830", "REL2", "ENT9752"], ["ENT20830", "REL2", "ENT11222"], ["ENT20830", "REL5", "ENT9752"], ["ENT21156", "REL2", "ENT9752"], ["ENT21156", "REL7", "ENT120"], ["ENT21168", "REL2", "ENT9752"], ["ENT21168", "REL7", "ENT120"], ["ENT22434", "REL2", "ENT9752"], ["ENT22434", "REL7", "ENT120"], ["ENT23917", "REL2", "ENT9752"], ["ENT23917", "REL7", "ENT120"], ["ENT24104", "REL2", "ENT9752"], ["ENT24104", "REL7", "ENT120"], ["ENT25376", "REL2", "ENT9752"], ["ENT25376", "REL7", "ENT120"], ["ENT25768", "REL2", "ENT9752"], ["ENT25768", "REL5", "ENT11222"], ["ENT26082", "REL2", "ENT9752"], ["ENT26082", "REL5", "ENT11222"], ["ENT26183", "REL1", "ENT30091"], ["ENT26183", "REL2", "ENT9752"], ["ENT26183", "REL5", "ENT2719"], ["ENT26183", "REL5", "ENT9209"], ["ENT26183", "REL5", "ENT11222"], ["ENT26183", "REL5", "ENT15403"], ["ENT26183", "REL5", "ENT27304"], ["ENT26183", "REL5", "ENT30091"], ["ENT26183", "REL5", "ENT37796"], ["ENT26183", "REL6", "ENT3799"], ["ENT26183", "REL7", "ENT120"], ["ENT26183", "REL9", "ENT30091"], ["ENT27051", "REL2", "ENT9752"], ["ENT27051", "REL7", "ENT120"], ["ENT27366", "REL2", "ENT9752"], ["ENT27366", "REL5", "ENT27451"], ["ENT27451", "REL1", "ENT17355"], ["ENT27451", "REL2", "ENT9752"], ["ENT27567", "REL2", "ENT9752"], ["ENT27567", "REL5", "ENT9209"], ["ENT27571", "REL2", "ENT9752"], ["ENT27571", "REL7", "ENT120"], ["ENT27987", "REL2", "ENT9752"], ["ENT27987", "REL7", "ENT120"], ["ENT28383", "REL2", "ENT9752"], ["ENT28383", "REL7", "ENT120"], ["ENT30109", "REL2", "ENT9752"], ["ENT30109", "REL2", "ENT11222"], ["ENT30136", "REL2", "ENT9752"], ["ENT30136", "REL5", "ENT9209"], ["ENT30813", "REL2", "ENT9752"], ["ENT30813", "REL2", "ENT11222"], ["ENT31238", "REL2", "ENT9752"], ["ENT31238", "REL5", "ENT9752"], ["ENT31238", "REL5", "ENT15403"], ["ENT32361", "REL2", "ENT9752"], ["ENT32361", "REL2", "ENT11222"], ["ENT32665", "REL2", "ENT9752"], ["ENT32665", "REL5", "ENT9209"], ["ENT33458", "REL2", "ENT9752"], ["ENT33458", "REL5", "ENT15403"], ["ENT33644", "REL2", "ENT9752"], ["ENT33644", "REL5", "ENT9209"], ["ENT33659", "REL2", "ENT9752"], ["ENT33659", "REL5", "ENT11222"], ["ENT33819", "REL2", "ENT9752"], ["ENT33819", "REL7", "ENT120"], ["ENT33881", "REL2", "ENT9752"], ["ENT33881", "REL7", "ENT120"], ["ENT34071", "REL2", "ENT9752"], ["ENT34071", "REL2", "ENT11222"], ["ENT34167", "REL2", "ENT9752"], ["ENT34167", "REL7", "ENT120"], ["ENT34235", "REL2", "ENT9752"], ["ENT34235", "REL5", "ENT9752"], ["ENT34235", "REL5", "ENT11222"], ["ENT34500", "REL2", "ENT9752"], ["ENT34500", "REL7", "ENT120"], ["ENT34725", "REL2", "ENT9752"], ["ENT34725", "REL2", "ENT11222"], ["ENT35042", "REL2", "ENT9752"], ["ENT35042", "REL7", "ENT120"], ["ENT35099", "REL2", "ENT9752"], ["ENT35099", "REL2", "ENT11222"], ["ENT35128", "REL2", "ENT9752"], ["ENT35128", "REL7", "ENT120"], ["ENT35274", "REL2", "ENT9752"], ["ENT35274", "REL7", "ENT120"], ["ENT35278", "REL2", "ENT9752"], ["ENT35278", "REL5", "ENT9209"], ["ENT35278", "REL5", "ENT9752"], ["ENT35669", "REL2", "ENT9752"], ["ENT35669", "REL7", "ENT120"], ["ENT35713", "REL2", "ENT9752"], ["ENT35713", "REL5", "ENT15403"], ["ENT35759", "REL2", "ENT9752"], ["ENT35759", "REL7", "ENT120"], ["ENT35837", "REL2", "ENT9752"], ["ENT35837", "REL7", "ENT120"], ["ENT35918", "REL2", "ENT9752"], ["ENT35918", "REL5", "ENT15403"], ["ENT35946", "REL2", "ENT9752"], ["ENT35946", "REL7", "ENT120"], ["ENT36003", "REL2", "ENT9752"], ["ENT36003", "REL7", "ENT120"], ["ENT36035", "REL2", "ENT9752"], ["ENT36035", "REL5", "ENT9209"], ["ENT36100", "REL2", "ENT9752"], ["ENT36100", "REL2", "ENT11222"], ["ENT36239", "REL2", "ENT9752"], ["ENT36239", "REL2", "ENT11222"], ["ENT36239", "REL5", "ENT11222"], ["ENT36546", "REL2", "ENT9752"], ["ENT36546", "REL7", "ENT120"], ["ENT36678", "REL2", "ENT9752"], ["ENT36678", "REL5", "ENT11222"], ["ENT36721", "REL1", "ENT30091"], ["ENT36721", "REL2", "ENT9752"], ["ENT36721", "REL5", "ENT2719"], ["ENT36721", "REL5", "ENT15403"], ["ENT36721", "REL5", "ENT30091"], ["ENT36721", "REL6", "ENT3799"], ["ENT36721", "REL9", "ENT30091"], ["ENT36750", "REL2", "ENT9752"], ["ENT36750", "REL2", "ENT11222"], ["ENT37809", "REL2", "ENT9752"], ["ENT37809", "REL5", "ENT15403"], ["ENT38546", "REL2", "ENT9752"], ["ENT38546", "REL7", "ENT120"], ["ENT38915", "REL2", "ENT9752"], ["ENT38915", "REL2", "ENT11222"], ["ENT38915", "REL5", "ENT11222"], ["ENT39138", "REL2", "ENT9752"], ["ENT39138", "REL5", "ENT9209"], ["ENT39238", "REL2", "ENT9752"], ["ENT39238", "REL2", "ENT11222"], ["ENT39599", "REL2", "ENT9752"], ["ENT39599", "REL5", "ENT9752"], ["ENT39599", "REL5", "ENT27304"], ["ENT39865", "REL2", "ENT9752"], ["ENT39865", "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, ENT6403 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 ENT27559uestion: In what context are ENTENT246670 and ENTENT1705ENT2208ENT170 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4670", "ENT25382"], "valid_edges": [["ENT4670", "REL7", "ENT154"], ["ENT6403", "REL1", "ENT17163"], ["ENT6403", "REL7", "ENT154"], ["ENT6403", "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, ENT7428 12410, ENT9549 16661, ENT9752 18765, ENT10140 39567, ENT11761 5800, ENT14146 2814, ENT14621 37134, ENT14725 29097, ENT14830 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, ENT26082 26412, ENT27058 17664, ENT27366 27762, ENT27749 39870, ENT28203 31541, ENT28600 14276, ENT29248 32033, ENT29259 24791, ENT29760 11125, ENT29886 12460, ENT30380 27415, ENT31010 6631, ENT31385 11213, ENT31587 37429, ENT31613 22931, ENT32936 23010, ENT33080 2826, ENT33292 6200, ENT33400 29300, ENT33419 13910, ENT33479 24450, ENT34265 40070, ENT34670 29201, ENT34698 18884, ENT34775 30211, ENT35260 31983, ENT35558 14976, ENT35942 22982, ENT36082 35303, ENT36212 34088, ENT37227 34125, ENT38104 35844, ENT38123 34052, ENT39607 src, edge_attr, dst 30609, REL2, 17148 30609, REL5, 22696 14800, REL2, 17148 14800, REL2, 16661 19032, REL2, 17148 19032, REL2, 16661 19032, REL5, 17148 6023, REL2, 17148 6023, REL2, 16661 16631, REL2, 17148 16631, REL5, 22696 12681, REL2, 17148 12681, REL5, 22696 34753, REL2, 17148 34753, REL2, 16661 27896, REL2, 17148 27896, REL2, 16661 27896, REL5, 17148 12410, REL2, 17148 12410, REL2, 16661 18765, REL2, 17148 18765, REL2, 16661 39567, REL2, 16661 39567, REL5, 17148 39567, REL5, 16661 5800, REL2, 17148 5800, REL2, 16661 2814, REL2, 17148 2814, REL2, 16661 37134, REL2, 17148 37134, REL2, 16661 29097, REL2, 17148 29097, REL5, 17148 29097, REL5, 32033 29097, REL9, 22690 17537, REL2, 17148 17537, REL5, 22696 37982, REL2, 17148 37982, REL2, 16661 20540, REL2, 17148 20540, REL2, 16661 8138, REL2, 17148 8138, REL2, 16661 2737, REL2, 17148 2737, REL2, 16661 21093, REL2, 17148 21093, REL2, 16661 21093, REL5, 17148 3596, REL2, 17148 3596, REL2, 16661 3596, REL5, 17148 3596, REL5, 16661 23155, REL2, 17148 23155, REL2, 16661 29795, REL2, 17148 29795, REL2, 16661 1931, REL2, 17148 1931, REL2, 16661 16687, REL2, 17148 16687, REL2, 16661 16687, REL5, 17148 16687, REL5, 16661 36430, REL2, 17148 36430, REL2, 16661 26554, REL2, 17148 26554, REL2, 16661 1730, REL2, 17148 1730, REL2, 16661 1730, REL5, 17148 26412, REL2, 17148 26412, REL2, 16661 17664, REL2, 17148 17664, REL2, 16661 17664, REL5, 17148 27762, REL2, 17148 27762, REL2, 16661 39870, REL2, 17148 39870, REL2, 16661 31541, REL2, 17148 31541, REL2, 16661 14276, REL2, 17148 14276, REL5, 22696 14276, REL5, 17148 32033, REL2, 17148 24791, REL2, 17148 24791, REL2, 16661 24791, REL5, 22696 11125, REL2, 17148 11125, REL2, 16661 12460, REL2, 17148 12460, REL2, 16661 27415, REL2, 17148 27415, REL2, 16661 27415, REL5, 16661 6631, REL2, 17148 6631, REL2, 16661 6631, REL5, 22696 11213, REL2, 17148 11213, REL2, 16661 37429, REL2, 17148 37429, REL5, 22696 22931, REL2, 17148 22931, REL2, 16661 23010, REL2, 17148 23010, REL2, 16661 2826, REL2, 17148 2826, REL2, 16661 6200, REL2, 17148 6200, REL2, 16661 29300, REL2, 17148 29300, REL2, 16661 13910, REL2, 17148 13910, REL2, 16661 24450, REL2, 17148 24450, REL2, 16661 40070, REL2, 17148 40070, REL5, 22696 29201, REL2, 17148 29201, REL5, 22696 18884, REL2, 17148 18884, REL5, 22696 30211, REL2, 17148 30211, REL2, 16661 30211, REL5, 22696 31983, REL2, 17148 31983, REL2, 16661 14976, REL2, 16661 14976, REL5, 17148 22982, REL2, 17148 22982, REL5, 22696 35303, REL2, 17148 35303, REL2, 16661 34088, REL2, 17148 34088, REL5, 22696 34088, REL5, 17148 34125, REL2, 17148 34125, REL2, 16661 34125, REL5, 17148 35844, REL2, 17148 35844, REL5, 22696 34052, REL2, 17148 34052, REL2, 16661 ENT27559uestion: In what context are ENTENT170ENT220ENTENT1707ENT1ENT2468 and ENTENT220ENTENT246ENT30285 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT23548", "ENT31385"], "valid_edges": [["ENT353", "REL2", "ENT7161"], ["ENT353", "REL5", "ENT3569"], ["ENT1887", "REL2", "ENT7161"], ["ENT1887", "REL2", "ENT9752"], ["ENT3267", "REL2", "ENT7161"], ["ENT3267", "REL2", "ENT9752"], ["ENT3267", "REL5", "ENT7161"], ["ENT3421", "REL2", "ENT7161"], ["ENT3421", "REL2", "ENT9752"], ["ENT3633", "REL2", "ENT7161"], ["ENT3633", "REL5", "ENT3569"], ["ENT4314", "REL2", "ENT7161"], ["ENT4314", "REL5", "ENT3569"], ["ENT6850", "REL2", "ENT7161"], ["ENT6850", "REL2", "ENT9752"], ["ENT7428", "REL2", "ENT7161"], ["ENT7428", "REL2", "ENT9752"], ["ENT7428", "REL5", "ENT7161"], ["ENT9549", "REL2", "ENT7161"], ["ENT9549", "REL2", "ENT9752"], ["ENT10140", "REL2", "ENT7161"], ["ENT10140", "REL2", "ENT9752"], ["ENT11761", "REL2", "ENT9752"], ["ENT11761", "REL5", "ENT7161"], ["ENT11761", "REL5", "ENT9752"], ["ENT14146", "REL2", "ENT7161"], ["ENT14146", "REL2", "ENT9752"], ["ENT14621", "REL2", "ENT7161"], ["ENT14621", "REL2", "ENT9752"], ["ENT14725", "REL2", "ENT7161"], ["ENT14725", "REL2", "ENT9752"], ["ENT14830", "REL2", "ENT7161"], ["ENT14830", "REL5", "ENT7161"], ["ENT14830", "REL5", "ENT29259"], ["ENT14830", "REL9", "ENT23548"], ["ENT15688", "REL2", "ENT7161"], ["ENT15688", "REL5", "ENT3569"], ["ENT15692", "REL2", "ENT7161"], ["ENT15692", "REL2", "ENT9752"], ["ENT18142", "REL2", "ENT7161"], ["ENT18142", "REL2", "ENT9752"], ["ENT18772", "REL2", "ENT7161"], ["ENT18772", "REL2", "ENT9752"], ["ENT20057", "REL2", "ENT7161"], ["ENT20057", "REL2", "ENT9752"], ["ENT20584", "REL2", "ENT7161"], ["ENT20584", "REL2", "ENT9752"], ["ENT20584", "REL5", "ENT7161"], ["ENT20589", "REL2", "ENT7161"], ["ENT20589", "REL2", "ENT9752"], ["ENT20589", "REL5", "ENT7161"], ["ENT20589", "REL5", "ENT9752"], ["ENT20880", "REL2", "ENT7161"], ["ENT20880", "REL2", "ENT9752"], ["ENT21568", "REL2", "ENT7161"], ["ENT21568", "REL2", "ENT9752"], ["ENT22556", "REL2", "ENT7161"], ["ENT22556", "REL2", "ENT9752"], ["ENT22584", "REL2", "ENT7161"], ["ENT22584", "REL2", "ENT9752"], ["ENT22584", "REL5", "ENT7161"], ["ENT22584", "REL5", "ENT9752"], ["ENT22809", "REL2", "ENT7161"], ["ENT22809", "REL2", "ENT9752"], ["ENT23034", "REL2", "ENT7161"], ["ENT23034", "REL2", "ENT9752"], ["ENT26082", "REL2", "ENT7161"], ["ENT26082", "REL2", "ENT9752"], ["ENT26082", "REL5", "ENT7161"], ["ENT27058", "REL2", "ENT7161"], ["ENT27058", "REL2", "ENT9752"], ["ENT27366", "REL2", "ENT7161"], ["ENT27366", "REL2", "ENT9752"], ["ENT27366", "REL5", "ENT7161"], ["ENT27749", "REL2", "ENT7161"], ["ENT27749", "REL2", "ENT9752"], ["ENT28203", "REL2", "ENT7161"], ["ENT28203", "REL2", "ENT9752"], ["ENT28600", "REL2", "ENT7161"], ["ENT28600", "REL2", "ENT9752"], ["ENT29248", "REL2", "ENT7161"], ["ENT29248", "REL5", "ENT3569"], ["ENT29248", "REL5", "ENT7161"], ["ENT29259", "REL2", "ENT7161"], ["ENT29760", "REL2", "ENT7161"], ["ENT29760", "REL2", "ENT9752"], ["ENT29760", "REL5", "ENT3569"], ["ENT29886", "REL2", "ENT7161"], ["ENT29886", "REL2", "ENT9752"], ["ENT30380", "REL2", "ENT7161"], ["ENT30380", "REL2", "ENT9752"], ["ENT31010", "REL2", "ENT7161"], ["ENT31010", "REL2", "ENT9752"], ["ENT31010", "REL5", "ENT9752"], ["ENT31385", "REL2", "ENT7161"], ["ENT31385", "REL2", "ENT9752"], ["ENT31385", "REL5", "ENT3569"], ["ENT31587", "REL2", "ENT7161"], ["ENT31587", "REL2", "ENT9752"], ["ENT31613", "REL2", "ENT7161"], ["ENT31613", "REL5", "ENT3569"], ["ENT32936", "REL2", "ENT7161"], ["ENT32936", "REL2", "ENT9752"], ["ENT33080", "REL2", "ENT7161"], ["ENT33080", "REL2", "ENT9752"], ["ENT33292", "REL2", "ENT7161"], ["ENT33292", "REL2", "ENT9752"], ["ENT33400", "REL2", "ENT7161"], ["ENT33400", "REL2", "ENT9752"], ["ENT33419", "REL2", "ENT7161"], ["ENT33419", "REL2", "ENT9752"], ["ENT33479", "REL2", "ENT7161"], ["ENT33479", "REL2", "ENT9752"], ["ENT34265", "REL2", "ENT7161"], ["ENT34265", "REL2", "ENT9752"], ["ENT34670", "REL2", "ENT7161"], ["ENT34670", "REL5", "ENT3569"], ["ENT34698", "REL2", "ENT7161"], ["ENT34698", "REL5", "ENT3569"], ["ENT34775", "REL2", "ENT7161"], ["ENT34775", "REL5", "ENT3569"], ["ENT35260", "REL2", "ENT7161"], ["ENT35260", "REL2", "ENT9752"], ["ENT35260", "REL5", "ENT3569"], ["ENT35558", "REL2", "ENT7161"], ["ENT35558", "REL2", "ENT9752"], ["ENT35942", "REL2", "ENT9752"], ["ENT35942", "REL5", "ENT7161"], ["ENT36082", "REL2", "ENT7161"], ["ENT36082", "REL5", "ENT3569"], ["ENT36212", "REL2", "ENT7161"], ["ENT36212", "REL2", "ENT9752"], ["ENT37227", "REL2", "ENT7161"], ["ENT37227", "REL5", "ENT3569"], ["ENT37227", "REL5", "ENT7161"], ["ENT38104", "REL2", "ENT7161"], ["ENT38104", "REL2", "ENT9752"], ["ENT38104", "REL5", "ENT7161"], ["ENT38123", "REL2", "ENT7161"], ["ENT38123", "REL5", "ENT3569"], ["ENT39607", "REL2", "ENT7161"], ["ENT39607", "REL2", "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, ENT13220 29724, ENT15380 9347, ENT20436 36818, ENT20552 14165, ENT32752 10317, ENT34164 26102, ENT39031 15949, ENT39716 14290, ENT39740 src, edge_attr, dst 29034, REL2, 26102 29034, REL8, 31550 29034, REL8, 36818 5052, REL5, 36818 5052, REL7, 12473 27429, REL2, 26102 27429, REL7, 12473 30861, REL5, 31550 30861, REL5, 36818 30861, REL8, 31550 30861, REL8, 36818 94, REL2, 26102 94, REL7, 12473 33560, REL2, 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, REL2, 26102 14290, REL7, 12473 ENT27559uestion: In what context are ENTENTENT170678 and ENTENT1ENT2465ENT22080 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT518", "ENT15380"], "valid_edges": [["ENT518", "REL2", "ENT39031"], ["ENT518", "REL8", "ENT1808"], ["ENT518", "REL8", "ENT20552"], ["ENT3556", "REL5", "ENT20552"], ["ENT3556", "REL7", "ENT197"], ["ENT4785", "REL2", "ENT39031"], ["ENT4785", "REL7", "ENT197"], ["ENT6387", "REL5", "ENT1808"], ["ENT6387", "REL5", "ENT20552"], ["ENT6387", "REL8", "ENT1808"], ["ENT6387", "REL8", "ENT20552"], ["ENT8612", "REL2", "ENT39031"], ["ENT8612", "REL7", "ENT197"], ["ENT9279", "REL2", "ENT39031"], ["ENT9279", "REL5", "ENT39031"], ["ENT9279", "REL7", "ENT197"], ["ENT13220", "REL7", "ENT197"], ["ENT13220", "REL8", "ENT1808"], ["ENT15380", "REL7", "ENT197"], ["ENT20436", "REL5", "ENT20552"], ["ENT20436", "REL7", "ENT197"], ["ENT20436", "REL8", "ENT1808"], ["ENT32752", "REL5", "ENT20552"], ["ENT32752", "REL7", "ENT197"], ["ENT32752", "REL8", "ENT20552"], ["ENT34164", "REL7", "ENT197"], ["ENT34164", "REL8", "ENT1808"], ["ENT39716", "REL5", "ENT20552"], ["ENT39716", "REL7", "ENT197"], ["ENT39716", "REL8", "ENT20552"], ["ENT39740", "REL2", "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, ENT103 488, ENT1006 5645, ENT4639 38333, ENT6371 1077, ENT6842 38095, ENT7240 268, ENT10840 14833, ENT23970 31648, ENT25361 19707, ENT27195 16233, ENT31340 4143, ENT31568 25568, ENT33698 14422, ENT34044 16808, ENT34904 34504, ENT35288 28836, ENT37620 src, edge_attr, dst 5645, REL2, 488 5645, REL7, 14783 5645, REL8, 1077 5645, REL8, 4143 38333, REL2, 488 38333, REL8, 1077 38095, REL2, 488 38095, REL8, 268 14833, REL2, 488 14833, REL5, 1077 14833, REL8, 1077 31648, REL2, 488 31648, REL7, 14783 19707, REL2, 488 19707, REL8, 4143 16233, REL2, 488 16233, REL8, 1077 25568, REL2, 488 25568, REL8, 1077 14422, REL2, 488 14422, REL8, 4143 16808, REL2, 488 16808, REL8, 1077 34504, REL2, 488 34504, REL7, 14783 28836, REL2, 488 28836, REL7, 14783 ENT27559uestion: How are ENTENT2466ENT220ENT302 and ENTENTENT1ENT24668ENT2460 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4639", "ENT10840"], "valid_edges": [["ENT4639", "REL2", "ENT1006"], ["ENT4639", "REL7", "ENT103"], ["ENT4639", "REL8", "ENT6842"], ["ENT4639", "REL8", "ENT31568"], ["ENT6371", "REL2", "ENT1006"], ["ENT6371", "REL8", "ENT6842"], ["ENT7240", "REL2", "ENT1006"], ["ENT7240", "REL8", "ENT10840"], ["ENT23970", "REL2", "ENT1006"], ["ENT23970", "REL5", "ENT6842"], ["ENT23970", "REL8", "ENT6842"], ["ENT25361", "REL2", "ENT1006"], ["ENT25361", "REL7", "ENT103"], ["ENT27195", "REL2", "ENT1006"], ["ENT27195", "REL8", "ENT31568"], ["ENT31340", "REL2", "ENT1006"], ["ENT31340", "REL8", "ENT6842"], ["ENT33698", "REL2", "ENT1006"], ["ENT33698", "REL8", "ENT6842"], ["ENT34044", "REL2", "ENT1006"], ["ENT34044", "REL8", "ENT31568"], ["ENT34904", "REL2", "ENT1006"], ["ENT34904", "REL8", "ENT6842"], ["ENT35288", "REL2", "ENT1006"], ["ENT35288", "REL7", "ENT103"], ["ENT37620", "REL2", "ENT1006"], ["ENT37620", "REL7", "ENT103"]]}
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, REL2, 17148 5453, REL5, 17148 5453, REL8, 37404 21879, REL2, 17148 21879, REL8, 30262 ENT27559uestion: How are ENTENT170ENT220ENTENT170678 and ENTENT170ENT246ENT302ENT2460 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT23518", "ENT24940"], "valid_edges": [["ENT3650", "REL2", "ENT7161"], ["ENT3650", "REL5", "ENT7161"], ["ENT3650", "REL8", "ENT24940"], ["ENT30614", "REL2", "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, ENT33770 src, edge_attr, dst 24502, REL2, 17148 4048, REL2, 17148 9007, REL2, 17148 9007, REL5, 4048 9007, REL8, 17947 ENT27559uestion: How are ENTENT302550 and ENTENT220ENT1ENT2468ENT220ENT246 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT9550", "ENT31834"], "valid_edges": [["ENT9550", "REL2", "ENT7161"], ["ENT14504", "REL2", "ENT7161"], ["ENT33770", "REL2", "ENT7161"], ["ENT33770", "REL5", "ENT14504"], ["ENT33770", "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, ENT29953 10252, ENT33992 9162, ENT35781 33868, ENT35782 4073, ENT36219 6512, ENT37036 src, edge_attr, dst 29392, REL2, 37852 29392, REL8, 24897 10252, REL2, 37852 10252, REL2, 6512 10252, REL5, 8297 10252, REL5, 6512 10252, REL8, 8297 9162, REL2, 5910 9162, REL2, 37852 9162, REL5, 8297 9162, REL8, 8297 33868, REL2, 5910 33868, REL2, 37852 33868, REL2, 6512 33868, REL8, 8297 4073, REL2, 37852 4073, REL2, 6512 4073, REL5, 8297 4073, REL5, 6512 ENT27559uestion: How are ENT6688 and ENTENT170ENT302ENT3025ENT220 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT6688", "ENT29953"], "valid_edges": [["ENT4413", "REL2", "ENT14733"], ["ENT4413", "REL8", "ENT29953"], ["ENT33992", "REL2", "ENT14733"], ["ENT33992", "REL2", "ENT37036"], ["ENT33992", "REL5", "ENT6688"], ["ENT33992", "REL5", "ENT37036"], ["ENT33992", "REL8", "ENT6688"], ["ENT35781", "REL2", "ENT11253"], ["ENT35781", "REL2", "ENT14733"], ["ENT35781", "REL5", "ENT6688"], ["ENT35781", "REL8", "ENT6688"], ["ENT35782", "REL2", "ENT11253"], ["ENT35782", "REL2", "ENT14733"], ["ENT35782", "REL2", "ENT37036"], ["ENT35782", "REL8", "ENT6688"], ["ENT36219", "REL2", "ENT14733"], ["ENT36219", "REL2", "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, ENT2316 14557, ENT2697 25995, ENT3215 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, ENT11194 17410, ENT11625 460, ENT12183 20781, ENT12196 39879, ENT12272 1144, ENT12388 28363, ENT13031 21715, ENT13307 25508, ENT13427 5425, ENT13585 22289, ENT14180 37413, ENT14211 28640, ENT14520 8698, ENT14668 37852, ENT14733 36410, ENT16146 629, ENT16751 28920, ENT16825 10721, ENT18940 11030, ENT18985 21229, ENT19366 6098, ENT19818 36772, ENT20227 9347, ENT20436 8110, ENT20846 6872, ENT21027 8036, ENT21175 7304, ENT21474 21199, ENT21704 33095, ENT21941 24111, ENT23913 36343, ENT24016 22265, ENT24060 31952, ENT24238 3831, ENT24406 24812, ENT25213 20393, ENT25394 29228, ENT25406 297, ENT25832 2373, ENT26065 33844, ENT26643 18683, ENT26645 18106, ENT27307 13524, ENT27384 12289, ENT28180 29756, ENT28383 21388, ENT29361 13871, ENT29589 35904, ENT29727 38557, ENT29746 10963, ENT30351 26490, ENT30438 10381, ENT30903 6688, ENT31383 33769, ENT31681 5325, ENT31890 20144, ENT32159 1472, ENT32923 20143, ENT33290 8638, ENT33306 32337, ENT33409 23650, ENT33549 32689, ENT33646 9047, ENT33659 40019, ENT33850 22955, ENT33932 39593, ENT34497 9457, ENT34504 11885, ENT34547 4126, ENT34761 23370, ENT35462 8924, ENT35991 5513, ENT36070 26192, ENT36207 4073, ENT36219 32890, ENT36293 5082, ENT36838 8214, ENT37033 6512, ENT37036 13687, ENT37229 11733, ENT37308 35236, ENT37960 5947, ENT37964 15435, ENT38156 32535, ENT38705 7671, ENT39099 26493, ENT39145 13204, ENT39170 33520, ENT39175 37648, ENT39180 src, edge_attr, dst 844, REL2, 16661 844, REL8, 11030 19901, REL2, 16661 19901, REL7, 38669 5717, REL2, 16661 5717, REL7, 38669 3498, REL2, 16661 3498, REL8, 28920 11742, REL2, 16661 11742, REL7, 38669 21278, REL2, 16661 21278, REL7, 38669 32209, REL1, 1472 32209, REL2, 16661 32209, REL5, 1472 38135, REL2, 16661 38135, REL7, 38669 34179, REL2, 16661 34179, REL5, 11030 34179, REL7, 38669 34179, REL8, 11030 8953, REL2, 16661 8953, REL7, 38669 14557, REL2, 16661 14557, REL5, 16661 14557, REL7, 38669 25995, REL2, 16661 25995, REL7, 38669 19032, REL2, 16661 19032, REL7, 38669 720, REL2, 16661 720, REL7, 38669 17585, REL2, 16661 17585, REL7, 38669 15321, REL2, 16661 15321, REL7, 38669 24309, REL2, 16661 24309, REL7, 38669 34656, REL2, 16661 34656, REL7, 38669 20114, REL2, 16661 20114, REL5, 16661 20114, REL7, 38669 19144, REL2, 16661 19144, REL7, 38669 31411, REL2, 16661 31411, REL7, 38669 12647, REL2, 16661 12647, REL7, 38669 18379, REL2, 16661 18379, REL7, 38669 11163, REL2, 16661 11163, REL7, 38669 16089, REL2, 16661 16089, REL5, 16661 16089, REL7, 38669 30022, REL2, 16661 30022, REL7, 38669 9510, REL1, 1472 9510, REL2, 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, REL2, 16661 3618, REL7, 38669 17410, REL2, 16661 17410, REL7, 38669 460, REL2, 16661 460, REL5, 16661 460, REL5, 11030 460, REL8, 11030 20781, REL2, 16661 20781, REL7, 38669 39879, REL2, 16661 39879, REL7, 38669 1144, REL2, 6512 1144, REL7, 4276 1144, REL8, 10721 28363, REL2, 16661 28363, REL7, 38669 21715, REL2, 16661 21715, REL7, 38669 25508, REL2, 16661 25508, REL9, 28920 5425, REL2, 16661 5425, REL8, 11030 22289, REL2, 16661 22289, REL5, 5325 22289, REL9, 5325 37413, REL2, 16661 37413, REL7, 38669 28640, REL2, 16661 28640, REL7, 38669 8698, REL2, 16661 8698, REL7, 38669 629, REL2, 16661 629, REL7, 38669 21229, REL2, 16661 21229, REL7, 38669 6098, REL2, 16661 6098, REL7, 38669 36772, REL2, 16661 36772, REL5, 16661 36772, REL7, 38669 9347, REL2, 16661 9347, REL7, 38669 8110, REL2, 16661 8110, REL7, 38669 6872, REL2, 16661 6872, REL7, 38669 8036, REL1, 1472 8036, REL2, 16661 7304, REL2, 16661 7304, REL7, 38669 21199, REL2, 16661 21199, REL7, 38669 33095, REL2, 16661 33095, REL7, 38669 24111, REL2, 16661 24111, REL8, 36410 24111, REL8, 10721 36343, REL2, 16661 36343, REL7, 38669 22265, REL2, 16661 22265, REL5, 16661 31952, REL2, 16661 31952, REL7, 38669 3831, REL2, 16661 3831, REL7, 38669 24812, REL2, 16661 24812, REL7, 38669 20393, REL2, 16661 20393, REL7, 38669 29228, REL2, 16661 29228, REL7, 38669 297, REL2, 16661 297, REL7, 38669 2373, REL2, 16661 2373, REL7, 38669 33844, REL2, 16661 33844, REL8, 11030 18683, REL2, 16661 18683, REL7, 38669 18106, REL2, 16661 18106, REL7, 38669 13524, REL2, 16661 13524, REL8, 11030 12289, REL2, 16661 12289, REL7, 38669 29756, REL2, 16661 29756, REL7, 38669 21388, REL2, 16661 21388, REL7, 38669 13871, REL2, 16661 13871, REL8, 28920 35904, REL2, 16661 35904, REL5, 16661 35904, REL7, 38669 38557, REL2, 16661 38557, REL7, 38669 10963, REL2, 16661 10963, REL7, 38669 26490, REL2, 16661 26490, REL7, 38669 10381, REL2, 16661 10381, REL7, 38669 6688, REL2, 16661 6688, REL7, 38669 33769, REL2, 16661 33769, REL5, 16661 33769, REL5, 5325 33769, REL9, 5325 20144, REL2, 16661 20144, REL7, 38669 20143, REL2, 16661 20143, REL5, 16661 20143, REL7, 38669 8638, REL1, 28920 8638, REL2, 16661 8638, REL5, 28920 8638, REL8, 28920 8638, REL9, 28920 32337, REL2, 16661 32337, REL7, 38669 23650, REL2, 16661 23650, REL7, 38669 32689, REL2, 16661 32689, REL7, 38669 9047, REL2, 16661 9047, REL7, 38669 40019, REL2, 16661 40019, REL7, 38669 22955, REL2, 16661 22955, REL7, 38669 39593, REL2, 17148 39593, REL2, 16661 39593, REL5, 17148 39593, REL5, 16661 39593, REL7, 4276 39593, REL8, 10721 9457, REL2, 16661 9457, REL7, 38669 11885, REL2, 16661 11885, REL5, 16661 11885, REL5, 5325 11885, REL9, 5325 4126, REL1, 1472 4126, REL2, 16661 23370, REL2, 16661 23370, REL7, 38669 8924, REL2, 16661 8924, REL7, 38669 5513, REL2, 16661 5513, REL5, 16661 5513, REL5, 5325 5513, REL9, 5325 26192, REL2, 16661 26192, REL7, 38669 4073, REL2, 17148 4073, REL2, 37852 4073, REL2, 6512 4073, REL5, 22696 4073, REL5, 6512 4073, REL8, 10721 32890, REL2, 37852 32890, REL5, 22696 32890, REL5, 22265 32890, REL8, 10721 5082, REL5, 22696 5082, REL8, 36410 5082, REL8, 10721 8214, REL2, 16661 8214, REL7, 38669 13687, REL2, 16661 13687, REL7, 38669 11733, REL2, 16661 11733, REL7, 38669 35236, REL2, 16661 35236, REL7, 38669 5947, REL2, 16661 5947, REL7, 38669 15435, REL2, 16661 15435, REL7, 38669 32535, REL2, 16661 32535, REL7, 38669 7671, REL2, 16661 7671, REL7, 38669 26493, REL2, 16661 26493, REL7, 38669 13204, REL2, 16661 13204, REL7, 38669 33520, REL1, 1472 33520, REL2, 16661 37648, REL2, 16661 37648, REL8, 11030 ENT27559uestion: How are ENTENT302ENT220ENT220ENT302 and ENTENT1ENT2468ENT302ENT2460 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT9339", "ENT18940"], "valid_edges": [["ENT459", "REL2", "ENT9752"], ["ENT459", "REL8", "ENT18985"], ["ENT485", "REL2", "ENT9752"], ["ENT485", "REL7", "ENT164"], ["ENT623", "REL2", "ENT9752"], ["ENT623", "REL7", "ENT164"], ["ENT642", "REL2", "ENT9752"], ["ENT642", "REL8", "ENT16825"], ["ENT663", "REL2", "ENT9752"], ["ENT663", "REL7", "ENT164"], ["ENT1678", "REL2", "ENT9752"], ["ENT1678", "REL7", "ENT164"], ["ENT1993", "REL1", "ENT32923"], ["ENT1993", "REL2", "ENT9752"], ["ENT1993", "REL5", "ENT32923"], ["ENT2252", "REL2", "ENT9752"], ["ENT2252", "REL7", "ENT164"], ["ENT2297", "REL2", "ENT9752"], ["ENT2297", "REL5", "ENT18985"], ["ENT2297", "REL7", "ENT164"], ["ENT2297", "REL8", "ENT18985"], ["ENT2316", "REL2", "ENT9752"], ["ENT2316", "REL7", "ENT164"], ["ENT2697", "REL2", "ENT9752"], ["ENT2697", "REL5", "ENT9752"], ["ENT2697", "REL7", "ENT164"], ["ENT3215", "REL2", "ENT9752"], ["ENT3215", "REL7", "ENT164"], ["ENT3267", "REL2", "ENT9752"], ["ENT3267", "REL7", "ENT164"], ["ENT3321", "REL2", "ENT9752"], ["ENT3321", "REL7", "ENT164"], ["ENT3660", "REL2", "ENT9752"], ["ENT3660", "REL7", "ENT164"], ["ENT3982", "REL2", "ENT9752"], ["ENT3982", "REL7", "ENT164"], ["ENT4011", "REL2", "ENT9752"], ["ENT4011", "REL7", "ENT164"], ["ENT4731", "REL2", "ENT9752"], ["ENT4731", "REL7", "ENT164"], ["ENT4809", "REL2", "ENT9752"], ["ENT4809", "REL5", "ENT9752"], ["ENT4809", "REL7", "ENT164"], ["ENT5350", "REL2", "ENT9752"], ["ENT5350", "REL7", "ENT164"], ["ENT5794", "REL2", "ENT9752"], ["ENT5794", "REL7", "ENT164"], ["ENT6980", "REL2", "ENT9752"], ["ENT6980", "REL7", "ENT164"], ["ENT7587", "REL2", "ENT9752"], ["ENT7587", "REL7", "ENT164"], ["ENT7867", "REL2", "ENT9752"], ["ENT7867", "REL7", "ENT164"], ["ENT8611", "REL2", "ENT9752"], ["ENT8611", "REL5", "ENT9752"], ["ENT8611", "REL7", "ENT164"], ["ENT8840", "REL2", "ENT9752"], ["ENT8840", "REL7", "ENT164"], ["ENT9339", "REL1", "ENT32923"], ["ENT9339", "REL2", "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"], ["ENT11194", "REL2", "ENT9752"], ["ENT11194", "REL7", "ENT164"], ["ENT11625", "REL2", "ENT9752"], ["ENT11625", "REL7", "ENT164"], ["ENT12183", "REL2", "ENT9752"], ["ENT12183", "REL5", "ENT9752"], ["ENT12183", "REL5", "ENT18985"], ["ENT12183", "REL8", "ENT18985"], ["ENT12196", "REL2", "ENT9752"], ["ENT12196", "REL7", "ENT164"], ["ENT12272", "REL2", "ENT9752"], ["ENT12272", "REL7", "ENT164"], ["ENT12388", "REL2", "ENT37036"], ["ENT12388", "REL7", "ENT133"], ["ENT12388", "REL8", "ENT18940"], ["ENT13031", "REL2", "ENT9752"], ["ENT13031", "REL7", "ENT164"], ["ENT13307", "REL2", "ENT9752"], ["ENT13307", "REL7", "ENT164"], ["ENT13427", "REL2", "ENT9752"], ["ENT13427", "REL9", "ENT16825"], ["ENT13585", "REL2", "ENT9752"], ["ENT13585", "REL8", "ENT18985"], ["ENT14180", "REL2", "ENT9752"], ["ENT14180", "REL5", "ENT31890"], ["ENT14180", "REL9", "ENT31890"], ["ENT14211", "REL2", "ENT9752"], ["ENT14211", "REL7", "ENT164"], ["ENT14520", "REL2", "ENT9752"], ["ENT14520", "REL7", "ENT164"], ["ENT14668", "REL2", "ENT9752"], ["ENT14668", "REL7", "ENT164"], ["ENT16751", "REL2", "ENT9752"], ["ENT16751", "REL7", "ENT164"], ["ENT19366", "REL2", "ENT9752"], ["ENT19366", "REL7", "ENT164"], ["ENT19818", "REL2", "ENT9752"], ["ENT19818", "REL7", "ENT164"], ["ENT20227", "REL2", "ENT9752"], ["ENT20227", "REL5", "ENT9752"], ["ENT20227", "REL7", "ENT164"], ["ENT20436", "REL2", "ENT9752"], ["ENT20436", "REL7", "ENT164"], ["ENT20846", "REL2", "ENT9752"], ["ENT20846", "REL7", "ENT164"], ["ENT21027", "REL2", "ENT9752"], ["ENT21027", "REL7", "ENT164"], ["ENT21175", "REL1", "ENT32923"], ["ENT21175", "REL2", "ENT9752"], ["ENT21474", "REL2", "ENT9752"], ["ENT21474", "REL7", "ENT164"], ["ENT21704", "REL2", "ENT9752"], ["ENT21704", "REL7", "ENT164"], ["ENT21941", "REL2", "ENT9752"], ["ENT21941", "REL7", "ENT164"], ["ENT23913", "REL2", "ENT9752"], ["ENT23913", "REL8", "ENT16146"], ["ENT23913", "REL8", "ENT18940"], ["ENT24016", "REL2", "ENT9752"], ["ENT24016", "REL7", "ENT164"], ["ENT24060", "REL2", "ENT9752"], ["ENT24060", "REL5", "ENT9752"], ["ENT24238", "REL2", "ENT9752"], ["ENT24238", "REL7", "ENT164"], ["ENT24406", "REL2", "ENT9752"], ["ENT24406", "REL7", "ENT164"], ["ENT25213", "REL2", "ENT9752"], ["ENT25213", "REL7", "ENT164"], ["ENT25394", "REL2", "ENT9752"], ["ENT25394", "REL7", "ENT164"], ["ENT25406", "REL2", "ENT9752"], ["ENT25406", "REL7", "ENT164"], ["ENT25832", "REL2", "ENT9752"], ["ENT25832", "REL7", "ENT164"], ["ENT26065", "REL2", "ENT9752"], ["ENT26065", "REL7", "ENT164"], ["ENT26643", "REL2", "ENT9752"], ["ENT26643", "REL8", "ENT18985"], ["ENT26645", "REL2", "ENT9752"], ["ENT26645", "REL7", "ENT164"], ["ENT27307", "REL2", "ENT9752"], ["ENT27307", "REL7", "ENT164"], ["ENT27384", "REL2", "ENT9752"], ["ENT27384", "REL8", "ENT18985"], ["ENT28180", "REL2", "ENT9752"], ["ENT28180", "REL7", "ENT164"], ["ENT28383", "REL2", "ENT9752"], ["ENT28383", "REL7", "ENT164"], ["ENT29361", "REL2", "ENT9752"], ["ENT29361", "REL7", "ENT164"], ["ENT29589", "REL2", "ENT9752"], ["ENT29589", "REL8", "ENT16825"], ["ENT29727", "REL2", "ENT9752"], ["ENT29727", "REL5", "ENT9752"], ["ENT29727", "REL7", "ENT164"], ["ENT29746", "REL2", "ENT9752"], ["ENT29746", "REL7", "ENT164"], ["ENT30351", "REL2", "ENT9752"], ["ENT30351", "REL7", "ENT164"], ["ENT30438", "REL2", "ENT9752"], ["ENT30438", "REL7", "ENT164"], ["ENT30903", "REL2", "ENT9752"], ["ENT30903", "REL7", "ENT164"], ["ENT31383", "REL2", "ENT9752"], ["ENT31383", "REL7", "ENT164"], ["ENT31681", "REL2", "ENT9752"], ["ENT31681", "REL5", "ENT9752"], ["ENT31681", "REL5", "ENT31890"], ["ENT31681", "REL9", "ENT31890"], ["ENT32159", "REL2", "ENT9752"], ["ENT32159", "REL7", "ENT164"], ["ENT33290", "REL2", "ENT9752"], ["ENT33290", "REL5", "ENT9752"], ["ENT33290", "REL7", "ENT164"], ["ENT33306", "REL1", "ENT16825"], ["ENT33306", "REL2", "ENT9752"], ["ENT33306", "REL5", "ENT16825"], ["ENT33306", "REL8", "ENT16825"], ["ENT33306", "REL9", "ENT16825"], ["ENT33409", "REL2", "ENT9752"], ["ENT33409", "REL7", "ENT164"], ["ENT33549", "REL2", "ENT9752"], ["ENT33549", "REL7", "ENT164"], ["ENT33646", "REL2", "ENT9752"], ["ENT33646", "REL7", "ENT164"], ["ENT33659", "REL2", "ENT9752"], ["ENT33659", "REL7", "ENT164"], ["ENT33850", "REL2", "ENT9752"], ["ENT33850", "REL7", "ENT164"], ["ENT33932", "REL2", "ENT9752"], ["ENT33932", "REL7", "ENT164"], ["ENT34497", "REL2", "ENT7161"], ["ENT34497", "REL2", "ENT9752"], ["ENT34497", "REL5", "ENT7161"], ["ENT34497", "REL5", "ENT9752"], ["ENT34497", "REL7", "ENT133"], ["ENT34497", "REL8", "ENT18940"], ["ENT34504", "REL2", "ENT9752"], ["ENT34504", "REL7", "ENT164"], ["ENT34547", "REL2", "ENT9752"], ["ENT34547", "REL5", "ENT9752"], ["ENT34547", "REL5", "ENT31890"], ["ENT34547", "REL9", "ENT31890"], ["ENT34761", "REL1", "ENT32923"], ["ENT34761", "REL2", "ENT9752"], ["ENT35462", "REL2", "ENT9752"], ["ENT35462", "REL7", "ENT164"], ["ENT35991", "REL2", "ENT9752"], ["ENT35991", "REL7", "ENT164"], ["ENT36070", "REL2", "ENT9752"], ["ENT36070", "REL5", "ENT9752"], ["ENT36070", "REL5", "ENT31890"], ["ENT36070", "REL9", "ENT31890"], ["ENT36207", "REL2", "ENT9752"], ["ENT36207", "REL7", "ENT164"], ["ENT36219", "REL2", "ENT7161"], ["ENT36219", "REL2", "ENT14733"], ["ENT36219", "REL2", "ENT37036"], ["ENT36219", "REL5", "ENT3569"], ["ENT36219", "REL5", "ENT37036"], ["ENT36219", "REL8", "ENT18940"], ["ENT36293", "REL2", "ENT14733"], ["ENT36293", "REL5", "ENT3569"], ["ENT36293", "REL5", "ENT24060"], ["ENT36293", "REL8", "ENT18940"], ["ENT36838", "REL5", "ENT3569"], ["ENT36838", "REL8", "ENT16146"], ["ENT36838", "REL8", "ENT18940"], ["ENT37033", "REL2", "ENT9752"], ["ENT37033", "REL7", "ENT164"], ["ENT37229", "REL2", "ENT9752"], ["ENT37229", "REL7", "ENT164"], ["ENT37308", "REL2", "ENT9752"], ["ENT37308", "REL7", "ENT164"], ["ENT37960", "REL2", "ENT9752"], ["ENT37960", "REL7", "ENT164"], ["ENT37964", "REL2", "ENT9752"], ["ENT37964", "REL7", "ENT164"], ["ENT38156", "REL2", "ENT9752"], ["ENT38156", "REL7", "ENT164"], ["ENT38705", "REL2", "ENT9752"], ["ENT38705", "REL7", "ENT164"], ["ENT39099", "REL2", "ENT9752"], ["ENT39099", "REL7", "ENT164"], ["ENT39145", "REL2", "ENT9752"], ["ENT39145", "REL7", "ENT164"], ["ENT39170", "REL2", "ENT9752"], ["ENT39170", "REL7", "ENT164"], ["ENT39175", "REL1", "ENT32923"], ["ENT39175", "REL2", "ENT9752"], ["ENT39180", "REL2", "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, ENT22209 2069, ENT23918 1778, ENT28193 src, edge_attr, dst 2069, REL2, 17148 2069, REL9, 26149 1778, REL2, 17148 1778, REL9, 31367 ENT27559uestion: How are ENTENT1ENT24657ENT3020 and ENTENT170ENT170ENT1700ENT302 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT15790", "ENT22209"], "valid_edges": [["ENT23918", "REL2", "ENT7161"], ["ENT23918", "REL9", "ENT15790"], ["ENT28193", "REL2", "ENT7161"], ["ENT28193", "REL9", "ENT22209"]]}
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, ENT1006 27346, ENT1009 23505, ENT1033 9124, ENT1068 27163, ENT1113 15461, ENT1601 13665, ENT3245 6137, ENT3600 1540, ENT3672 13274, ENT6207 16574, ENT6944 32330, ENT7212 7700, ENT7216 38095, ENT7240 28861, ENT7270 38297, ENT7637 35464, ENT9285 11172, ENT9626 24759, ENT11173 33195, ENT11513 31531, ENT11535 14901, ENT12299 6770, ENT12709 11162, ENT13918 31714, ENT14099 38662, ENT14692 8625, ENT14885 39399, ENT15411 36668, ENT17527 33086, ENT17956 37939, ENT18643 13253, ENT18656 25631, ENT18657 26324, ENT19499 11438, ENT22575 33753, ENT22907 26449, ENT23055 24234, ENT23125 33053, ENT24024 13900, ENT24155 6359, ENT24250 13933, ENT24305 18999, ENT25634 9816, ENT25666 17103, ENT26184 12213, ENT27297 4588, ENT27729 1153, ENT28187 31254, ENT28913 24888, ENT29253 24791, ENT29760 15553, ENT30649 14485, ENT30864 20865, ENT31172 933, ENT31578 38273, ENT31716 33744, ENT31740 27419, ENT31781 38502, ENT32878 23481, ENT32881 29888, ENT32883 38946, ENT33241 24105, ENT33880 20742, ENT34061 16464, ENT34120 3324, ENT34210 3151, ENT34258 27512, ENT34393 16842, ENT34518 35986, ENT34567 35244, ENT34577 34149, ENT34736 18980, ENT34841 23000, ENT34851 34504, ENT35288 33226, ENT35631 22993, ENT35632 33884, ENT35719 14246, ENT37048 14836, ENT37829 22490, ENT37843 17037, ENT37912 37831, ENT38401 src, edge_attr, dst 12421, REL2, 31662 12421, REL2, 488 27346, REL2, 31662 27346, REL2, 488 27346, REL5, 488 23505, REL2, 31662 23505, REL2, 488 9124, REL2, 31662 9124, REL2, 488 9124, REL5, 31662 27163, REL2, 31662 27163, REL5, 31662 27163, REL7, 24770 15461, REL2, 31662 15461, REL2, 488 15461, REL5, 31662 13665, REL2, 31662 13665, REL7, 24770 6137, REL2, 31662 6137, REL2, 488 6137, REL5, 488 1540, REL2, 31662 1540, REL7, 24770 13274, REL2, 31662 13274, REL2, 488 16574, REL2, 31662 16574, REL2, 488 16574, REL5, 31662 32330, REL2, 31662 32330, REL5, 31662 32330, REL7, 24770 7700, REL2, 31662 7700, REL2, 488 7700, REL5, 31662 7700, REL5, 488 38095, REL2, 31662 38095, REL2, 488 28861, REL2, 31662 28861, REL7, 24770 38297, REL2, 31662 38297, REL2, 488 38297, REL5, 31662 38297, REL5, 488 35464, REL2, 31662 35464, REL7, 24770 11172, REL2, 31662 11172, REL7, 24770 24759, REL2, 31662 24759, REL5, 31662 24759, REL7, 24770 33195, REL2, 31662 33195, REL2, 488 33195, REL7, 24770 31531, REL2, 31662 31531, REL2, 488 14901, REL2, 31662 14901, REL7, 24770 6770, REL2, 31662 6770, REL7, 24770 11162, REL2, 31662 11162, REL2, 488 31714, REL2, 31662 31714, REL2, 488 38662, REL2, 31662 38662, REL7, 24770 8625, REL2, 31662 8625, REL2, 488 8625, REL5, 31662 39399, REL2, 31662 39399, REL2, 488 39399, REL5, 31662 39399, REL5, 488 36668, REL2, 31662 36668, REL2, 488 36668, REL5, 31662 33086, REL1, 31254 33086, REL2, 31662 37939, REL2, 31662 37939, REL2, 488 13253, REL2, 488 13253, REL5, 31662 13253, REL5, 488 25631, REL2, 31662 25631, REL2, 488 25631, REL5, 488 26324, REL2, 31662 26324, REL2, 488 26324, REL5, 31662 26324, REL5, 488 11438, REL2, 31662 11438, REL7, 24770 33753, REL2, 31662 33753, REL5, 31662 33753, REL7, 24770 26449, REL5, 31662 26449, REL7, 24770 24234, REL2, 31662 24234, REL7, 24770 33053, REL2, 31662 33053, REL7, 24770 13900, REL2, 31662 13900, REL2, 488 6359, REL2, 31662 6359, REL7, 24770 13933, REL2, 31662 13933, REL2, 488 18999, REL2, 31662 18999, REL2, 488 9816, REL2, 31662 9816, REL7, 24770 17103, REL2, 31662 17103, REL2, 488 12213, REL2, 31662 12213, REL7, 24770 4588, REL2, 31662 4588, REL2, 488 4588, REL5, 31662 4588, REL5, 488 1153, REL2, 31662 1153, REL2, 488 1153, REL7, 24770 24888, REL2, 31662 24888, REL2, 488 24888, REL5, 31662 24888, REL5, 488 24791, REL2, 31662 24791, REL2, 488 24791, REL5, 31662 15553, REL2, 31662 15553, REL2, 488 14485, REL2, 31662 14485, REL2, 488 20865, REL2, 31662 20865, REL2, 488 933, REL2, 31662 933, REL2, 488 933, REL5, 31662 38273, REL2, 31662 38273, REL2, 488 38273, REL5, 31662 38273, REL5, 488 33744, REL2, 31662 33744, REL7, 24770 27419, REL2, 31662 27419, REL7, 24770 38502, REL2, 31662 38502, REL2, 488 23481, REL2, 31662 23481, REL2, 488 29888, REL2, 31662 29888, REL2, 488 38946, REL2, 31662 38946, REL2, 488 24105, REL2, 31662 24105, REL2, 488 24105, REL5, 488 20742, REL2, 31662 20742, REL7, 24770 16464, REL2, 31662 16464, REL2, 488 3324, REL2, 31662 3324, REL2, 488 3151, REL2, 31662 3151, REL5, 31662 3151, REL7, 24770 27512, REL2, 31662 27512, REL2, 488 16842, REL2, 31662 16842, REL2, 488 35986, REL2, 31662 35986, REL2, 488 35986, REL5, 31662 35244, REL2, 31662 35244, REL2, 488 35244, REL5, 31662 34149, REL2, 488 34149, REL5, 31662 18980, REL2, 31662 18980, REL7, 24770 23000, REL2, 31662 23000, REL2, 488 23000, REL5, 488 34504, REL2, 31662 34504, REL2, 488 33226, REL2, 31662 33226, REL7, 24770 22993, REL2, 31662 22993, REL7, 24770 33884, REL2, 31662 33884, REL2, 488 14246, REL2, 31662 14246, REL2, 488 14836, REL2, 31662 14836, REL2, 488 22490, REL2, 488 22490, REL5, 31662 17037, REL2, 31662 17037, REL7, 24770 37831, REL2, 31662 37831, REL2, 488 ENT27559uestion: ENT11141or what reason are ENTENT1708ENT1ENT24687 and ENTENT1708ENT302ENTENT246ENT302 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT28187", "ENT28913"], "valid_edges": [["ENT824", "REL2", "ENT845"], ["ENT824", "REL2", "ENT1006"], ["ENT1009", "REL2", "ENT845"], ["ENT1009", "REL2", "ENT1006"], ["ENT1009", "REL5", "ENT1006"], ["ENT1033", "REL2", "ENT845"], ["ENT1033", "REL2", "ENT1006"], ["ENT1068", "REL2", "ENT845"], ["ENT1068", "REL2", "ENT1006"], ["ENT1068", "REL5", "ENT845"], ["ENT1113", "REL2", "ENT845"], ["ENT1113", "REL5", "ENT845"], ["ENT1113", "REL7", "ENT166"], ["ENT1601", "REL2", "ENT845"], ["ENT1601", "REL2", "ENT1006"], ["ENT1601", "REL5", "ENT845"], ["ENT3245", "REL2", "ENT845"], ["ENT3245", "REL7", "ENT166"], ["ENT3600", "REL2", "ENT845"], ["ENT3600", "REL2", "ENT1006"], ["ENT3600", "REL5", "ENT1006"], ["ENT3672", "REL2", "ENT845"], ["ENT3672", "REL7", "ENT166"], ["ENT6207", "REL2", "ENT845"], ["ENT6207", "REL2", "ENT1006"], ["ENT6944", "REL2", "ENT845"], ["ENT6944", "REL2", "ENT1006"], ["ENT6944", "REL5", "ENT845"], ["ENT7212", "REL2", "ENT845"], ["ENT7212", "REL5", "ENT845"], ["ENT7212", "REL7", "ENT166"], ["ENT7216", "REL2", "ENT845"], ["ENT7216", "REL2", "ENT1006"], ["ENT7216", "REL5", "ENT845"], ["ENT7216", "REL5", "ENT1006"], ["ENT7240", "REL2", "ENT845"], ["ENT7240", "REL2", "ENT1006"], ["ENT7270", "REL2", "ENT845"], ["ENT7270", "REL7", "ENT166"], ["ENT7637", "REL2", "ENT845"], ["ENT7637", "REL2", "ENT1006"], ["ENT7637", "REL5", "ENT845"], ["ENT7637", "REL5", "ENT1006"], ["ENT9285", "REL2", "ENT845"], ["ENT9285", "REL7", "ENT166"], ["ENT9626", "REL2", "ENT845"], ["ENT9626", "REL7", "ENT166"], ["ENT11173", "REL2", "ENT845"], ["ENT11173", "REL5", "ENT845"], ["ENT11173", "REL7", "ENT166"], ["ENT11513", "REL2", "ENT845"], ["ENT11513", "REL2", "ENT1006"], ["ENT11513", "REL7", "ENT166"], ["ENT11535", "REL2", "ENT845"], ["ENT11535", "REL2", "ENT1006"], ["ENT12299", "REL2", "ENT845"], ["ENT12299", "REL7", "ENT166"], ["ENT12709", "REL2", "ENT845"], ["ENT12709", "REL7", "ENT166"], ["ENT13918", "REL2", "ENT845"], ["ENT13918", "REL2", "ENT1006"], ["ENT14099", "REL2", "ENT845"], ["ENT14099", "REL2", "ENT1006"], ["ENT14692", "REL2", "ENT845"], ["ENT14692", "REL7", "ENT166"], ["ENT14885", "REL2", "ENT845"], ["ENT14885", "REL2", "ENT1006"], ["ENT14885", "REL5", "ENT845"], ["ENT15411", "REL2", "ENT845"], ["ENT15411", "REL2", "ENT1006"], ["ENT15411", "REL5", "ENT845"], ["ENT15411", "REL5", "ENT1006"], ["ENT17527", "REL2", "ENT845"], ["ENT17527", "REL2", "ENT1006"], ["ENT17527", "REL5", "ENT845"], ["ENT17956", "REL1", "ENT28913"], ["ENT17956", "REL2", "ENT845"], ["ENT18643", "REL2", "ENT845"], ["ENT18643", "REL2", "ENT1006"], ["ENT18656", "REL2", "ENT1006"], ["ENT18656", "REL5", "ENT845"], ["ENT18656", "REL5", "ENT1006"], ["ENT18657", "REL2", "ENT845"], ["ENT18657", "REL2", "ENT1006"], ["ENT18657", "REL5", "ENT1006"], ["ENT19499", "REL2", "ENT845"], ["ENT19499", "REL2", "ENT1006"], ["ENT19499", "REL5", "ENT845"], ["ENT19499", "REL5", "ENT1006"], ["ENT22575", "REL2", "ENT845"], ["ENT22575", "REL7", "ENT166"], ["ENT22907", "REL2", "ENT845"], ["ENT22907", "REL5", "ENT845"], ["ENT22907", "REL7", "ENT166"], ["ENT23055", "REL5", "ENT845"], ["ENT23055", "REL7", "ENT166"], ["ENT23125", "REL2", "ENT845"], ["ENT23125", "REL7", "ENT166"], ["ENT24024", "REL2", "ENT845"], ["ENT24024", "REL7", "ENT166"], ["ENT24155", "REL2", "ENT845"], ["ENT24155", "REL2", "ENT1006"], ["ENT24250", "REL2", "ENT845"], ["ENT24250", "REL7", "ENT166"], ["ENT24305", "REL2", "ENT845"], ["ENT24305", "REL2", "ENT1006"], ["ENT25634", "REL2", "ENT845"], ["ENT25634", "REL2", "ENT1006"], ["ENT25666", "REL2", "ENT845"], ["ENT25666", "REL7", "ENT166"], ["ENT26184", "REL2", "ENT845"], ["ENT26184", "REL2", "ENT1006"], ["ENT27297", "REL2", "ENT845"], ["ENT27297", "REL7", "ENT166"], ["ENT27729", "REL2", "ENT845"], ["ENT27729", "REL2", "ENT1006"], ["ENT27729", "REL5", "ENT845"], ["ENT27729", "REL5", "ENT1006"], ["ENT28187", "REL2", "ENT845"], ["ENT28187", "REL2", "ENT1006"], ["ENT28187", "REL7", "ENT166"], ["ENT29253", "REL2", "ENT845"], ["ENT29253", "REL2", "ENT1006"], ["ENT29253", "REL5", "ENT845"], ["ENT29253", "REL5", "ENT1006"], ["ENT29760", "REL2", "ENT845"], ["ENT29760", "REL2", "ENT1006"], ["ENT29760", "REL5", "ENT845"], ["ENT30649", "REL2", "ENT845"], ["ENT30649", "REL2", "ENT1006"], ["ENT30864", "REL2", "ENT845"], ["ENT30864", "REL2", "ENT1006"], ["ENT31172", "REL2", "ENT845"], ["ENT31172", "REL2", "ENT1006"], ["ENT31578", "REL2", "ENT845"], ["ENT31578", "REL2", "ENT1006"], ["ENT31578", "REL5", "ENT845"], ["ENT31716", "REL2", "ENT845"], ["ENT31716", "REL2", "ENT1006"], ["ENT31716", "REL5", "ENT845"], ["ENT31716", "REL5", "ENT1006"], ["ENT31740", "REL2", "ENT845"], ["ENT31740", "REL7", "ENT166"], ["ENT31781", "REL2", "ENT845"], ["ENT31781", "REL7", "ENT166"], ["ENT32878", "REL2", "ENT845"], ["ENT32878", "REL2", "ENT1006"], ["ENT32881", "REL2", "ENT845"], ["ENT32881", "REL2", "ENT1006"], ["ENT32883", "REL2", "ENT845"], ["ENT32883", "REL2", "ENT1006"], ["ENT33241", "REL2", "ENT845"], ["ENT33241", "REL2", "ENT1006"], ["ENT33880", "REL2", "ENT845"], ["ENT33880", "REL2", "ENT1006"], ["ENT33880", "REL5", "ENT1006"], ["ENT34061", "REL2", "ENT845"], ["ENT34061", "REL7", "ENT166"], ["ENT34120", "REL2", "ENT845"], ["ENT34120", "REL2", "ENT1006"], ["ENT34210", "REL2", "ENT845"], ["ENT34210", "REL2", "ENT1006"], ["ENT34258", "REL2", "ENT845"], ["ENT34258", "REL5", "ENT845"], ["ENT34258", "REL7", "ENT166"], ["ENT34393", "REL2", "ENT845"], ["ENT34393", "REL2", "ENT1006"], ["ENT34518", "REL2", "ENT845"], ["ENT34518", "REL2", "ENT1006"], ["ENT34567", "REL2", "ENT845"], ["ENT34567", "REL2", "ENT1006"], ["ENT34567", "REL5", "ENT845"], ["ENT34577", "REL2", "ENT845"], ["ENT34577", "REL2", "ENT1006"], ["ENT34577", "REL5", "ENT845"], ["ENT34736", "REL2", "ENT1006"], ["ENT34736", "REL5", "ENT845"], ["ENT34841", "REL2", "ENT845"], ["ENT34841", "REL7", "ENT166"], ["ENT34851", "REL2", "ENT845"], ["ENT34851", "REL2", "ENT1006"], ["ENT34851", "REL5", "ENT1006"], ["ENT35288", "REL2", "ENT845"], ["ENT35288", "REL2", "ENT1006"], ["ENT35631", "REL2", "ENT845"], ["ENT35631", "REL7", "ENT166"], ["ENT35632", "REL2", "ENT845"], ["ENT35632", "REL7", "ENT166"], ["ENT35719", "REL2", "ENT845"], ["ENT35719", "REL2", "ENT1006"], ["ENT37048", "REL2", "ENT845"], ["ENT37048", "REL2", "ENT1006"], ["ENT37829", "REL2", "ENT845"], ["ENT37829", "REL2", "ENT1006"], ["ENT37843", "REL2", "ENT1006"], ["ENT37843", "REL5", "ENT845"], ["ENT37912", "REL2", "ENT845"], ["ENT37912", "REL7", "ENT166"], ["ENT38401", "REL2", "ENT845"], ["ENT38401", "REL2", "ENT1006"]]}
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 ENT27559uestion: In what context are ENTENT2206ENT3020ENT220 and ENTENT220775ENT170 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, ENT15248 38617, ENT16717 6991, ENT19373 38310, ENT34535 src, edge_attr, dst 25313, REL5, 38617 25313, REL5, 6991 25313, REL8, 38617 25313, REL8, 6991 38310, REL8, 38617 ENT27559uestion: How are EENTENT170ENT2467ENT170ENT302NTENT220ENT2200ENTENT1700ENT170TENTENT1ENT24660ENT220 and ENTENT220ENT2465ENT2205 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT19373", "ENT34535"], "valid_edges": [["ENT15248", "REL5", "ENT16717"], ["ENT15248", "REL5", "ENT19373"], ["ENT15248", "REL8", "ENT16717"], ["ENT15248", "REL8", "ENT19373"], ["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, ENT161 39935, ENT512 6465, ENT2456 27568, ENT4582 17931, ENT4708 977, ENT9307 2252, ENT11189 2932, ENT12582 854, ENT13070 37819, ENT13591 33655, ENT14223 35023, ENT16356 13941, ENT20476 34827, ENT20839 24067, ENT24272 33447, ENT26064 6741, ENT28075 13314, ENT30854 32687, ENT32916 17859, ENT33418 25826, ENT35135 4016, ENT35839 15081, ENT36164 23152, ENT36169 18920, ENT36446 27279, ENT37017 974, ENT38803 19608, ENT38813 14497, ENT39229 src, edge_attr, dst 39935, REL2, 19608 39935, REL5, 19608 39935, REL7, 28162 6465, REL2, 977 6465, REL2, 19608 27568, REL2, 977 27568, REL2, 19608 17931, REL2, 977 17931, REL5, 977 17931, REL5, 19608 2252, REL2, 977 2252, REL5, 977 2252, REL5, 19608 2932, REL2, 977 2932, REL2, 19608 2932, REL5, 977 854, REL5, 19608 854, REL7, 28162 33655, REL2, 19608 33655, REL7, 28162 13941, REL2, 977 13941, REL2, 19608 13941, REL5, 37819 13941, REL7, 28162 34827, REL2, 19608 34827, REL5, 37819 24067, REL2, 19608 24067, REL9, 35023 33447, REL2, 977 33447, REL2, 19608 6741, REL2, 977 6741, REL2, 19608 13314, REL2, 977 13314, REL2, 19608 32687, REL2, 977 32687, REL2, 19608 32687, REL5, 977 17859, REL2, 977 17859, REL2, 19608 25826, REL2, 977 25826, REL2, 19608 4016, REL2, 977 4016, REL2, 19608 4016, REL5, 977 15081, REL2, 977 15081, REL2, 19608 23152, REL2, 977 23152, REL2, 19608 18920, REL2, 977 18920, REL5, 977 18920, REL5, 19608 27279, REL5, 37819 27279, REL5, 19608 974, REL2, 977 974, REL5, 977 974, REL5, 19608 14497, REL2, 977 14497, REL2, 19608 14497, REL5, 977 14497, REL5, 19608 ENT27559uestion: In what context are ENTENT1ENT2466ENT22056 and ENTENT1700ENT24676 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT16356", "ENT20476"], "valid_edges": [["ENT512", "REL2", "ENT38813"], ["ENT512", "REL5", "ENT38813"], ["ENT512", "REL7", "ENT161"], ["ENT2456", "REL2", "ENT9307"], ["ENT2456", "REL2", "ENT38813"], ["ENT4582", "REL2", "ENT9307"], ["ENT4582", "REL2", "ENT38813"], ["ENT4708", "REL2", "ENT9307"], ["ENT4708", "REL5", "ENT9307"], ["ENT4708", "REL5", "ENT38813"], ["ENT11189", "REL2", "ENT9307"], ["ENT11189", "REL5", "ENT9307"], ["ENT11189", "REL5", "ENT38813"], ["ENT12582", "REL2", "ENT9307"], ["ENT12582", "REL2", "ENT38813"], ["ENT12582", "REL5", "ENT9307"], ["ENT13070", "REL5", "ENT38813"], ["ENT13070", "REL7", "ENT161"], ["ENT14223", "REL2", "ENT38813"], ["ENT14223", "REL7", "ENT161"], ["ENT20476", "REL2", "ENT9307"], ["ENT20476", "REL2", "ENT38813"], ["ENT20476", "REL5", "ENT13591"], ["ENT20476", "REL7", "ENT161"], ["ENT20839", "REL2", "ENT38813"], ["ENT20839", "REL5", "ENT13591"], ["ENT24272", "REL2", "ENT38813"], ["ENT24272", "REL9", "ENT16356"], ["ENT26064", "REL2", "ENT9307"], ["ENT26064", "REL2", "ENT38813"], ["ENT28075", "REL2", "ENT9307"], ["ENT28075", "REL2", "ENT38813"], ["ENT30854", "REL2", "ENT9307"], ["ENT30854", "REL2", "ENT38813"], ["ENT32916", "REL2", "ENT9307"], ["ENT32916", "REL2", "ENT38813"], ["ENT32916", "REL5", "ENT9307"], ["ENT33418", "REL2", "ENT9307"], ["ENT33418", "REL2", "ENT38813"], ["ENT35135", "REL2", "ENT9307"], ["ENT35135", "REL2", "ENT38813"], ["ENT35839", "REL2", "ENT9307"], ["ENT35839", "REL2", "ENT38813"], ["ENT35839", "REL5", "ENT9307"], ["ENT36164", "REL2", "ENT9307"], ["ENT36164", "REL2", "ENT38813"], ["ENT36169", "REL2", "ENT9307"], ["ENT36169", "REL2", "ENT38813"], ["ENT36446", "REL2", "ENT9307"], ["ENT36446", "REL5", "ENT9307"], ["ENT36446", "REL5", "ENT38813"], ["ENT37017", "REL5", "ENT13591"], ["ENT37017", "REL5", "ENT38813"], ["ENT38803", "REL2", "ENT9307"], ["ENT38803", "REL5", "ENT9307"], ["ENT38803", "REL5", "ENT38813"], ["ENT39229", "REL2", "ENT9307"], ["ENT39229", "REL2", "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, ENT20513 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 ENT27559uestion: In what context are ENTENT2200ENT220ENT246 and ENTENT17005ENTENT246ENT302 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT3034", "ENT20513"], "valid_edges": [["ENT351", "REL7", "ENT166"], ["ENT351", "REL7", "ENT168"], ["ENT3034", "REL5", "ENT23839"], ["ENT3034", "REL5", "ENT38232"], ["ENT3034", "REL7", "ENT168"], ["ENT3034", "REL8", "ENT23839"], ["ENT3034", "REL8", "ENT38232"], ["ENT20513", "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 ENT27559uestion: How are ENTENT220ENT220ENT3028ENT170 and ENTENT220ENT246856 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, ENT11783 18860, ENT25235 40067, ENT27692 5260, ENT38220 src, edge_attr, dst 2817, REL7, 12473 2817, REL8, 18860 5260, REL1, 40067 5260, REL7, 12473 5260, REL9, 40067 ENT27559uestion: How are ENTENT1705ENT170ENT2205 and ENTENT17076ENT302ENT170 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT25235", "ENT27692"], "valid_edges": [["ENT11783", "REL7", "ENT197"], ["ENT11783", "REL8", "ENT25235"], ["ENT38220", "REL1", "ENT27692"], ["ENT38220", "REL7", "ENT197"], ["ENT38220", "REL9", "ENT27692"]]}
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, ENT8253 15406, ENT14681 26860, ENT31276 22490, ENT37843 src, edge_attr, dst 26860, REL2, 31662 26860, REL9, 28944 22490, REL5, 31662 22490, REL5, 15406 22490, REL9, 15406 ENT27559uestion: How are ENT8ENT1705ENT220 and ENTENT1ENT246ENT24668ENT1ENT246 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT8253", "ENT14681"], "valid_edges": [["ENT31276", "REL2", "ENT845"], ["ENT31276", "REL9", "ENT8253"], ["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, ENT2854 30530, ENT7002 17148, ENT7161 25430, ENT11432 34292, ENT15516 src, edge_attr, dst 19036, REL2, 17148 19036, REL5, 34292 30530, REL2, 17148 30530, REL5, 34292 25430, REL2, 17148 25430, REL5, 17148 ENT27559uestion: How are ENTENT1ENT246ENT1ENT246ENT246ENT220ENT170 and ENTENT1ENT2465ENTENT170676 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT11432", "ENT15516"], "valid_edges": [["ENT2854", "REL2", "ENT7161"], ["ENT2854", "REL5", "ENT15516"], ["ENT7002", "REL2", "ENT7161"], ["ENT7002", "REL5", "ENT15516"], ["ENT11432", "REL2", "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, ENT4115 1150, ENT5574 17148, ENT7161 5215, ENT11193 31347, ENT32409 20897, ENT32847 src, edge_attr, dst 1150, REL1, 18141 1150, REL2, 17148 31347, REL2, 17148 31347, REL5, 17148 31347, REL5, 5215 20897, REL1, 18141 20897, REL2, 17148 20897, REL9, 18141 ENT27559uestion: How are ENTENT246ENT1ENT246ENT1ENT2465 and ENTENT1ENT246ENT1ENT246ENT1ENT246ENT302ENT220 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4115", "ENT11193"], "valid_edges": [["ENT5574", "REL1", "ENT4115"], ["ENT5574", "REL2", "ENT7161"], ["ENT32409", "REL2", "ENT7161"], ["ENT32409", "REL5", "ENT7161"], ["ENT32409", "REL5", "ENT11193"], ["ENT32847", "REL1", "ENT4115"], ["ENT32847", "REL2", "ENT7161"], ["ENT32847", "REL9", "ENT4115"]]}
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, ENT13886 34109, ENT17090 24591, ENT31131 1797, ENT33974 src, edge_attr, dst 12724, REL5, 24591 12724, REL7, 6586 1797, REL7, 6586 1797, REL9, 34109 ENT27559uestion: How are ENTENT1ENT24670ENT3020 and ENTENT220ENT1ENT246ENTENT246ENT302ENT1ENT246 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT17090", "ENT31131"], "valid_edges": [["ENT13886", "REL5", "ENT31131"], ["ENT13886", "REL7", "ENT167"], ["ENT33974", "REL7", "ENT167"], ["ENT33974", "REL9", "ENT17090"]]}
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, ENT15425 33310, ENT28247 7133, ENT34045 src, edge_attr, dst 29464, REL2, 37852 29464, REL8, 33310 7133, REL2, 37852 7133, REL8, 39550 ENT27559uestion: ENT11141or what reason are ENT8ENT1ENT24666 and ENTENT1708ENT170ENT2467 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT8166", "ENT28247"], "valid_edges": [["ENT15425", "REL2", "ENT14733"], ["ENT15425", "REL8", "ENT28247"], ["ENT34045", "REL2", "ENT14733"], ["ENT34045", "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, ENT3231 13260, ENT11222 21362, ENT22309 7239, ENT33408 src, edge_attr, dst 4213, REL2, 13260 4213, REL7, 23196 21362, REL2, 13260 7239, REL7, 23196 ENT27559uestion: How are ENTENT170ENT170ENT2200ENT302 and ENTENT220ENT220ENT24608 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT22309", "ENT33408"], "valid_edges": [["ENT3231", "REL2", "ENT11222"], ["ENT3231", "REL7", "ENT97"], ["ENT22309", "REL2", "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, ENT111 35337, ENT8623 23914, ENT17548 38674, ENT20858 12704, ENT30797 33695, ENT35825 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 ENT27559uestion: ENT11141or what reason are ENTENT1ENT246ENT1ENT246ENT1ENT246 and ENTENT22007ENT3027 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT111", "ENT30797"], "valid_edges": [["ENT8623", "REL1", "ENT17548"], ["ENT8623", "REL5", "ENT17548"], ["ENT8623", "REL7", "ENT111"], ["ENT8623", "REL8", "ENT20858"], ["ENT35825", "REL1", "ENT17548"], ["ENT35825", "REL1", "ENT30797"], ["ENT35825", "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, ENT12467 34579, ENT27442 16840, ENT39678 src, edge_attr, dst 13655, REL1, 29607 13655, REL2, 17148 16611, REL1, 29607 16611, REL2, 17148 16840, REL2, 17148 16840, REL5, 34579 ENT27559uestion: ENT11141or what reason are ENTENTENT2207ENT24667 and ENTENT1707ENT246ENTENT1705ENT170 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT12467", "ENT27442"], "valid_edges": [["ENT1697", "REL1", "ENT12467"], ["ENT1697", "REL2", "ENT7161"], ["ENT12048", "REL1", "ENT12467"], ["ENT12048", "REL2", "ENT7161"], ["ENT39678", "REL2", "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, ENT9606 33509, ENT14863 34324, ENT15090 18556, ENT28585 src, edge_attr, dst 34324, REL7, 37792 34324, REL8, 16870 18556, REL1, 33509 18556, REL7, 37792 ENT27559uestion: How are ENTENT302606 and ENTENT1ENT246ENT24686ENT220 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT9606", "ENT14863"], "valid_edges": [["ENT15090", "REL7", "ENT136"], ["ENT15090", "REL8", "ENT9606"], ["ENT28585", "REL1", "ENT14863"], ["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, ENT1463 22696, ENT3569 28733, ENT17640 20331, ENT19478 9085, ENT19480 16517, ENT23962 22265, ENT24060 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 ENT27559uestion: In what context are ENTENT1ENT246ENT2466ENT220 and EENTENT170ENT2467ENT170ENT302NTENT220ENT2200ENTENT1700ENT170TENT1ENT246ENTENT2466 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT1463", "ENT19480"], "valid_edges": [["ENT19478", "REL1", "ENT17640"], ["ENT19478", "REL5", "ENT3569"], ["ENT19478", "REL5", "ENT19478"], ["ENT19478", "REL5", "ENT24060"], ["ENT19480", "REL1", "ENT17640"], ["ENT19480", "REL5", "ENT19478"], ["ENT19480", "REL5", "ENT24060"], ["ENT23962", "REL5", "ENT3569"], ["ENT23962", "REL8", "ENT1463"]]}
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, ENT8375 5229, ENT18470 9142, ENT23087 6512, ENT37036 src, edge_attr, dst 18257, REL2, 6512 18257, REL8, 5229 9142, REL2, 6512 9142, REL9, 784 ENT27559uestion: How are ENT8ENT22075 and ENTENT1ENT2468ENT24670 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT8375", "ENT18470"], "valid_edges": [["ENT4404", "REL2", "ENT37036"], ["ENT4404", "REL8", "ENT18470"], ["ENT23087", "REL2", "ENT37036"], ["ENT23087", "REL9", "ENT8375"]]}
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, ENT523 17181, ENT602 5471, ENT1649 20185, ENT1653 34720, ENT2944 1662, ENT3239 32834, ENT3681 32920, ENT3804 2493, ENT3885 19371, ENT4201 13497, ENT4733 13100, ENT5116 24653, ENT5724 17148, ENT7161 24936, ENT7509 0, ENT10171 6457, ENT11078 10276, ENT11344 2009, ENT12379 27578, ENT13049 26623, ENT13555 1917, ENT13680 1033, ENT15232 39133, ENT15337 3866, ENT15415 5680, ENT15573 2708, ENT19954 11187, ENT20492 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, ENT27611 3809, ENT29548 12810, ENT30846 274, ENT31097 23010, ENT33080 10771, ENT33192 21453, ENT33309 8870, ENT33491 30413, ENT34043 29616, ENT35308 27402, ENT35515 36062, ENT35925 32029, ENT36273 4235, ENT36519 30585, ENT36602 13636, ENT36643 6512, ENT37036 27007, ENT37695 32132, ENT39043 22663, ENT39953 27182, ENT40112 src, edge_attr, dst 25512, REL2, 17148 25512, REL8, 0 30580, REL2, 17148 30580, REL7, 27569 17181, REL2, 17148 17181, REL5, 17148 17181, REL5, 0 17181, REL8, 0 5471, REL2, 17148 5471, REL8, 12810 20185, REL2, 17148 20185, REL7, 27569 34720, REL2, 17148 34720, REL8, 12810 1662, REL2, 17148 1662, REL9, 3927 32834, REL2, 17148 32834, REL8, 12810 2493, REL2, 17148 2493, REL8, 12810 19371, REL2, 17148 19371, REL7, 27569 13497, REL2, 17148 13497, REL7, 27569 13100, REL2, 17148 13100, REL8, 0 24653, REL2, 17148 24653, REL8, 12810 6457, REL2, 17148 6457, REL2, 24936 6457, REL5, 32920 6457, REL8, 32920 10276, REL2, 17148 10276, REL5, 32920 10276, REL5, 17148 10276, REL5, 28343 10276, REL8, 32920 2009, REL2, 17148 2009, REL8, 12810 27578, REL2, 17148 27578, REL7, 27569 26623, REL2, 17148 26623, REL8, 12810 1917, REL2, 17148 1917, REL7, 27569 1033, REL2, 17148 1033, REL7, 27569 39133, REL2, 17148 39133, REL5, 12810 3866, REL2, 17148 3866, REL9, 3927 5680, REL2, 17148 5680, REL5, 12810 5680, REL8, 12810 2708, REL2, 17148 2708, REL8, 0 11187, REL2, 17148 11187, REL8, 22663 11187, REL9, 3927 8713, REL2, 17148 8713, REL7, 27569 39855, REL2, 17148 39855, REL2, 24936 39855, REL5, 24476 39855, REL8, 32920 39855, REL8, 24476 6178, REL2, 17148 6178, REL7, 27569 5238, REL2, 17148 5238, REL8, 12810 14324, REL2, 17148 14324, REL7, 27569 14324, REL8, 0 14324, REL8, 12810 14324, REL8, 22663 14324, REL9, 3927 8041, REL2, 17148 8041, REL7, 27569 35198, REL2, 17148 35198, REL7, 27569 18507, REL2, 17148 18507, REL8, 12810 19041, REL1, 3927 19041, REL2, 17148 19041, REL9, 3927 3809, REL2, 17148 3809, REL8, 12810 274, REL2, 6512 274, REL5, 32920 274, REL5, 24476 274, REL5, 28343 274, REL5, 12089 23010, REL2, 17148 23010, REL5, 12810 23010, REL8, 12810 10771, REL2, 17148 10771, REL7, 27569 21453, REL2, 17148 21453, REL5, 17148 21453, REL5, 12810 21453, REL8, 12810 8870, REL1, 3927 8870, REL2, 17148 8870, REL9, 3927 30413, REL2, 17148 30413, REL9, 3927 29616, REL2, 17148 29616, REL8, 12810 27402, REL2, 17148 27402, REL7, 27569 36062, REL2, 17148 36062, REL7, 27569 32029, REL2, 17148 32029, REL7, 27569 4235, REL2, 24936 4235, REL2, 6512 4235, REL5, 32920 4235, REL5, 24936 4235, REL5, 28343 4235, REL5, 12089 4235, REL5, 6512 4235, REL8, 32920 30585, REL2, 24936 30585, REL5, 32920 30585, REL5, 24936 30585, REL7, 12190 30585, REL8, 32920 13636, REL2, 17148 13636, REL8, 0 27007, REL2, 24936 27007, REL5, 32920 27007, REL5, 12089 27007, REL7, 12190 27007, REL8, 32920 32132, REL2, 17148 32132, REL8, 12810 27182, REL2, 17148 27182, REL7, 27569 ENT27559uestion: In what context are ENTENT22080ENT246 and ENTENT170ENT246ENTENT1705ENT1705 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT3804", "ENT24425"], "valid_edges": [["ENT457", "REL2", "ENT7161"], ["ENT457", "REL8", "ENT10171"], ["ENT523", "REL2", "ENT7161"], ["ENT523", "REL7", "ENT128"], ["ENT602", "REL2", "ENT7161"], ["ENT602", "REL5", "ENT7161"], ["ENT602", "REL5", "ENT10171"], ["ENT602", "REL8", "ENT10171"], ["ENT1649", "REL2", "ENT7161"], ["ENT1649", "REL8", "ENT30846"], ["ENT1653", "REL2", "ENT7161"], ["ENT1653", "REL7", "ENT128"], ["ENT2944", "REL2", "ENT7161"], ["ENT2944", "REL8", "ENT30846"], ["ENT3239", "REL2", "ENT7161"], ["ENT3239", "REL9", "ENT25331"], ["ENT3681", "REL2", "ENT7161"], ["ENT3681", "REL8", "ENT30846"], ["ENT3885", "REL2", "ENT7161"], ["ENT3885", "REL8", "ENT30846"], ["ENT4201", "REL2", "ENT7161"], ["ENT4201", "REL7", "ENT128"], ["ENT4733", "REL2", "ENT7161"], ["ENT4733", "REL7", "ENT128"], ["ENT5116", "REL2", "ENT7161"], ["ENT5116", "REL8", "ENT10171"], ["ENT5724", "REL2", "ENT7161"], ["ENT5724", "REL8", "ENT30846"], ["ENT11078", "REL2", "ENT7161"], ["ENT11078", "REL2", "ENT7509"], ["ENT11078", "REL5", "ENT3804"], ["ENT11078", "REL8", "ENT3804"], ["ENT11344", "REL2", "ENT7161"], ["ENT11344", "REL5", "ENT3804"], ["ENT11344", "REL5", "ENT7161"], ["ENT11344", "REL5", "ENT25918"], ["ENT11344", "REL8", "ENT3804"], ["ENT12379", "REL2", "ENT7161"], ["ENT12379", "REL8", "ENT30846"], ["ENT13049", "REL2", "ENT7161"], ["ENT13049", "REL7", "ENT128"], ["ENT13555", "REL2", "ENT7161"], ["ENT13555", "REL8", "ENT30846"], ["ENT13680", "REL2", "ENT7161"], ["ENT13680", "REL7", "ENT128"], ["ENT15232", "REL2", "ENT7161"], ["ENT15232", "REL7", "ENT128"], ["ENT15337", "REL2", "ENT7161"], ["ENT15337", "REL5", "ENT30846"], ["ENT15415", "REL2", "ENT7161"], ["ENT15415", "REL9", "ENT25331"], ["ENT15573", "REL2", "ENT7161"], ["ENT15573", "REL5", "ENT30846"], ["ENT15573", "REL8", "ENT30846"], ["ENT19954", "REL2", "ENT7161"], ["ENT19954", "REL8", "ENT10171"], ["ENT20492", "REL2", "ENT7161"], ["ENT20492", "REL8", "ENT39953"], ["ENT20492", "REL9", "ENT25331"], ["ENT21550", "REL2", "ENT7161"], ["ENT21550", "REL7", "ENT128"], ["ENT24023", "REL2", "ENT7161"], ["ENT24023", "REL2", "ENT7509"], ["ENT24023", "REL5", "ENT23371"], ["ENT24023", "REL8", "ENT3804"], ["ENT24023", "REL8", "ENT23371"], ["ENT24237", "REL2", "ENT7161"], ["ENT24237", "REL7", "ENT128"], ["ENT24278", "REL2", "ENT7161"], ["ENT24278", "REL8", "ENT30846"], ["ENT24425", "REL2", "ENT7161"], ["ENT24425", "REL7", "ENT128"], ["ENT24425", "REL8", "ENT10171"], ["ENT24425", "REL8", "ENT30846"], ["ENT24425", "REL8", "ENT39953"], ["ENT24425", "REL9", "ENT25331"], ["ENT25736", "REL2", "ENT7161"], ["ENT25736", "REL7", "ENT128"], ["ENT26623", "REL2", "ENT7161"], ["ENT26623", "REL7", "ENT128"], ["ENT27296", "REL2", "ENT7161"], ["ENT27296", "REL8", "ENT30846"], ["ENT27404", "REL1", "ENT25331"], ["ENT27404", "REL2", "ENT7161"], ["ENT27404", "REL9", "ENT25331"], ["ENT29548", "REL2", "ENT7161"], ["ENT29548", "REL8", "ENT30846"], ["ENT31097", "REL2", "ENT37036"], ["ENT31097", "REL5", "ENT3804"], ["ENT31097", "REL5", "ENT23371"], ["ENT31097", "REL5", "ENT25918"], ["ENT31097", "REL5", "ENT27611"], ["ENT33080", "REL2", "ENT7161"], ["ENT33080", "REL5", "ENT30846"], ["ENT33080", "REL8", "ENT30846"], ["ENT33192", "REL2", "ENT7161"], ["ENT33192", "REL7", "ENT128"], ["ENT33309", "REL2", "ENT7161"], ["ENT33309", "REL5", "ENT7161"], ["ENT33309", "REL5", "ENT30846"], ["ENT33309", "REL8", "ENT30846"], ["ENT33491", "REL1", "ENT25331"], ["ENT33491", "REL2", "ENT7161"], ["ENT33491", "REL9", "ENT25331"], ["ENT34043", "REL2", "ENT7161"], ["ENT34043", "REL9", "ENT25331"], ["ENT35308", "REL2", "ENT7161"], ["ENT35308", "REL8", "ENT30846"], ["ENT35515", "REL2", "ENT7161"], ["ENT35515", "REL7", "ENT128"], ["ENT35925", "REL2", "ENT7161"], ["ENT35925", "REL7", "ENT128"], ["ENT36273", "REL2", "ENT7161"], ["ENT36273", "REL7", "ENT128"], ["ENT36519", "REL2", "ENT7509"], ["ENT36519", "REL2", "ENT37036"], ["ENT36519", "REL5", "ENT3804"], ["ENT36519", "REL5", "ENT7509"], ["ENT36519", "REL5", "ENT25918"], ["ENT36519", "REL5", "ENT27611"], ["ENT36519", "REL5", "ENT37036"], ["ENT36519", "REL8", "ENT3804"], ["ENT36602", "REL2", "ENT7509"], ["ENT36602", "REL5", "ENT3804"], ["ENT36602", "REL5", "ENT7509"], ["ENT36602", "REL7", "ENT184"], ["ENT36602", "REL8", "ENT3804"], ["ENT36643", "REL2", "ENT7161"], ["ENT36643", "REL8", "ENT10171"], ["ENT37695", "REL2", "ENT7509"], ["ENT37695", "REL5", "ENT3804"], ["ENT37695", "REL5", "ENT27611"], ["ENT37695", "REL7", "ENT184"], ["ENT37695", "REL8", "ENT3804"], ["ENT39043", "REL2", "ENT7161"], ["ENT39043", "REL8", "ENT30846"], ["ENT40112", "REL2", "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, ENT7997 31952, ENT24238 7454, ENT26011 20738, ENT31775 src, edge_attr, dst 31952, REL7, 38669 7454, REL6, 3178 7454, REL7, 38669 20738, REL6, 3178 ENT27559uestion: How are ENTENT170ENTENT1705ENT170ENT2208 and ENTENT220ENT1ENT246775 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT24238", "ENT31775"], "valid_edges": [["ENT24238", "REL7", "ENT164"], ["ENT26011", "REL6", "ENT7997"], ["ENT26011", "REL7", "ENT164"], ["ENT31775", "REL6", "ENT7997"]]}
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, ENT12086 6396, ENT31120 27115, ENT31506 31942, ENT37051 src, edge_attr, dst 27115, REL8, 39281 31942, REL6, 6396 31942, REL8, 39281 ENT27559uestion: How are ENTENT220ENT1ENT246ENTENT2466 and ENTENT220ENT1ENT246506 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT31120", "ENT31506"], "valid_edges": [["ENT31506", "REL8", "ENT12086"], ["ENT37051", "REL6", "ENT31120"], ["ENT37051", "REL8", "ENT12086"]]}
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, ENT38263 src, edge_attr, dst 24245, REL2, 6512 24245, REL8, 24510 26006, REL2, 6512 26006, REL9, 9410 16523, REL2, 6512 16523, REL5, 24510 ENT27559uestion: In what context are ENTENTENT1ENT24660ENTENT17067 and ENTENT170ENT220ENTENT1707ENT1ENT2460 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT10051", "ENT23540"], "valid_edges": [["ENT6749", "REL2", "ENT37036"], ["ENT6749", "REL8", "ENT10051"], ["ENT37323", "REL2", "ENT37036"], ["ENT37323", "REL9", "ENT23540"], ["ENT38263", "REL2", "ENT37036"], ["ENT38263", "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, ENT778 1064, ENT1008 5547, ENT3155 27606, ENT8806 19605, ENT16995 12825, ENT24468 23040, ENT31346 23793, ENT31892 39755, ENT34431 16852, ENT35331 24480, ENT39692 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 ENT27559uestion: How are ENTENT220ENT1ENT2468ENT302ENT170 and ENTENT24600ENT3027 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT31892", "ENT40097"], "valid_edges": [["ENT197", "REL5", "ENT39692"], ["ENT197", "REL7", "ENT194"], ["ENT1008", "REL5", "ENT16995"], ["ENT1008", "REL7", "ENT194"], ["ENT1008", "REL8", "ENT16995"], ["ENT3155", "REL7", "ENT194"], ["ENT3155", "REL8", "ENT31892"], ["ENT8806", "REL5", "ENT39692"], ["ENT8806", "REL7", "ENT194"], ["ENT8806", "REL8", "ENT39692"], ["ENT24468", "REL5", "ENT778"], ["ENT24468", "REL7", "ENT194"], ["ENT24468", "REL8", "ENT778"], ["ENT31346", "REL5", "ENT16995"], ["ENT31346", "REL7", "ENT194"], ["ENT34431", "REL7", "ENT194"], ["ENT34431", "REL8", "ENT31892"], ["ENT35331", "REL5", "ENT39692"], ["ENT35331", "REL7", "ENT194"], ["ENT35331", "REL8", "ENT39692"], ["ENT40097", "REL5", "ENT778"], ["ENT40097", "REL5", "ENT16995"], ["ENT40097", "REL5", "ENT39692"], ["ENT40097", "REL7", "ENT194"], ["ENT40097", "REL8", "ENT778"], ["ENT40097", "REL8", "ENT16995"], ["ENT40097", "REL8", "ENT39692"]]}
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, ENT22417 4319, ENT24269 38810, ENT36128 src, edge_attr, dst 4319, REL8, 34556 4319, REL9, 25392 38810, REL1, 11588 38810, REL8, 34556 38810, REL9, 11588 ENT27559uestion: How are ENTENTENT246ENT3026ENTENT1707ENT1ENT246 and ENTENT170ENT170ENT246ENT1ENT2467 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT13654", "ENT22417"], "valid_edges": [["ENT24269", "REL8", "ENT4526"], ["ENT24269", "REL9", "ENT22417"], ["ENT36128", "REL1", "ENT13654"], ["ENT36128", "REL8", "ENT4526"], ["ENT36128", "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, ENT27611 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 ENT27559uestion: How are ENTENT1ENT24680ENT220ENT302 and ENTENT2207ENT220ENT220ENT1ENT246 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT18039", "ENT37331"], "valid_edges": [["ENT32199", "REL5", "ENT18039"], ["ENT32199", "REL5", "ENT27611"], ["ENT32199", "REL8", "ENT18039"], ["ENT34842", "REL5", "ENT27611"], ["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, ENT30071 8606, ENT34733 25118, ENT39394 src, edge_attr, dst 5232, REL5, 15186 828, REL1, 25118 8606, REL1, 25118 8606, REL5, 15186 8606, REL5, 25118 ENT27559uestion: ENT11141or what reason are ENTENT1ENT246ENT246ENTENT1705ENT170ENT170 and ENTENT220ENTENTENT2207ENT1ENT246 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT14422", "ENT30071"], "valid_edges": [["ENT14422", "REL5", "ENT9243"], ["ENT30071", "REL1", "ENT39394"], ["ENT34733", "REL1", "ENT39394"], ["ENT34733", "REL5", "ENT9243"], ["ENT34733", "REL5", "ENT39394"]]}
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MetaQA

This dataset contains the replaced version of MetaQA, where all entities are mapped to ENT1..ENTn and relations to REL1..RELm.

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