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MetaQA_replace_0.5

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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 14739, ENT155 9331, 84 CHARING CROSS ROAD 36519, A FAMILY 26845, ENT422 14464, A GATHERING OF OLD MEN 30352, A HOLE IN MY HEART 25372, ENT632 21303, A WOMAN'S FACE 32496, ENT1043 21278, ALL THINGS FAIR 32016, ENT3146 1669, BABETTE'S FEAST 20777, BARABBAS 24575, ENT4004 9740, ENT4165 1378, BRINK OF LIFE 35257, BROADCAST NEWS 21228, ENT5121 4599, ENT5432 8610, CHILDREN'S ISLAND 24423, COBRA VERDE 26946, CORNELIS 28114, CRISIS 10053, CROSSING OVER 18986, ENT7583 3178, DANISH 29651, ENT8074 24945, DARLING 31476, DAY AND NIGHT 32255, ENT9217 29136, ENT9226 16661, DRAMA 18965, DREAMS 1047, EVERLASTING MOMENTS 36592, EVIL 25384, ENT11172 11348, ENT11206 18547, FANNY AND ALEXANDER 25787, ENT11254 21663, FORCE MAJEURE 9372, ENT12409 495, ENT12856 38601, ENT12972 8232, ENT13038 16642, ENT13811 14780, HIGH FIDELITY 10687, HOPE AND GLORY 9286, ENT14765 30475, HOUR OF THE WOLF 30877, ENT14779 24263, ENT14805 12921, ENT14981 38703, ENT15300 2168, ENT15318 29121, IRONWEED 7853, JULIA AND JULIA 5422, ENT18666 3621, ENT19061 16585, ENT19395 9347, ENT20436 8654, ENT20474 40007, LIGHT OF DAY 29930, MASTER OF THE HOUSE 20105, MATEWAN 17003, ENT22759 24618, MAX VON SYDOW 35565, ENT23886 12134, ENT24439 6307, ENT25438 37513, OPEN HEARTS 15118, OVER THE TOP 527, ENT26563 10302, PERSONA 13348, ENT27172 21197, PORT OF CALL 462, PRISON 28038, ENT27418 3483, PROMISED LAND 18689, ENT27802 12927, RICH AND FAMOUS 8721, ENT29627 19187, ENT30013 29874, ENT30297 4768, SEPTEMBER 35426, SHAME 26577, SHE MONKEYS 12704, SHERMAN TODD 30309, ENT30926 12955, ENT31363 39563, ENT31629 3775, STOCKHOLM EAST 21564, SUBMARINO 9888, ENT32364 21966, SUSPECT 932, ENT32578 36282, ENT33310 455, THE BELLY OF AN ARCHITECT 12020, THE BENCH 31643, ENT33459 23065, THE BIG TOWN 38080, ENT33986 3253, THE GIRL WHO KICKED THE HORNETS' NEST 15408, THE GIRL WITH THE DRAGON TATTOO 845, THE GIRLS 25893, THE GLASS MENAGERIE 1639, THE HOUSE OF THE SPIRITS 17403, ENT34738 18468, ENT34760 18524, ENT34911 14921, ENT35120 37009, THE MYSTERIOUS X 22561, ENT35620 36363, ENT35758 33695, THE RACKET 34423, ENT35900 3416, THE SEVENTH SEAL 28752, THE SIMPLE-MINDED MURDERER 18340, THE SLINGSHOT 32406, ENT36517 22179, THE YEAR MY VOICE BROKE 31730, THIRST 12889, ENT37302 22871, ENT37647 1333, ENT37754 10330, TRUST ME 23820, WALL STREET 29749, WE ARE THE BEST! 25915, ENT38945 37974, ENT39047 30820, WHEN ANIMALS DREAM 13650, WHITE MISCHIEF 31512, WHITE WATER SUMMER 13254, WINTER LIGHT 40099, ENT39609 38223, ENT39708 src, edge_attr, dst 9331, has_genre, 16661 9331, release_year, 14739 36519, has_genre, 16661 36519, in_language, 3178 26845, has_genre, 16661 26845, in_language, 3178 14464, has_genre, 16661 14464, release_year, 14739 30352, has_genre, 16661 30352, in_language, 932 25372, has_genre, 16661 25372, in_language, 932 21303, has_genre, 16661 21303, in_language, 932 32496, has_genre, 16661 32496, REL5, 16661 32496, in_language, 3178 21278, has_genre, 16661 21278, in_language, 932 32016, has_genre, 16661 32016, in_language, 932 1669, has_genre, 16661 1669, in_language, 3178 1669, release_year, 14739 20777, has_genre, 16661 20777, in_language, 932 24575, has_genre, 16661 24575, in_language, 932 1378, has_genre, 16661 1378, in_language, 932 35257, has_genre, 16661 35257, release_year, 14739 21228, has_genre, 16661 21228, in_language, 3178 4599, has_genre, 16661 4599, in_language, 932 8610, has_genre, 16661 8610, in_language, 932 24423, has_genre, 16661 24423, release_year, 14739 26946, has_genre, 16661 26946, in_language, 932 28114, has_genre, 16661 28114, in_language, 932 10053, has_genre, 16661 10053, REL5, 38703 18986, has_genre, 16661 18986, release_year, 14739 29651, has_genre, 16661 29651, in_language, 3178 24945, has_genre, 16661 24945, in_language, 932 31476, has_genre, 16661 31476, REL5, 16661 31476, in_language, 932 32255, has_genre, 16661 32255, release_year, 14739 29136, has_genre, 16661 29136, REL5, 38703 18965, has_genre, 16661 18965, in_language, 932 1047, has_genre, 16661 1047, in_language, 932 36592, has_genre, 16661 36592, REL5, 932 36592, in_language, 932 25384, has_genre, 16661 25384, in_language, 932 11348, has_genre, 16661 11348, REL5, 932 11348, in_language, 932 18547, has_genre, 16661 18547, REL5, 932 18547, in_language, 932 25787, has_genre, 16661 25787, REL5, 38703 21663, has_genre, 16661 21663, REL5, 932 21663, in_language, 932 9372, has_genre, 16661 9372, release_year, 14739 495, has_genre, 16661 495, in_language, 3178 38601, has_genre, 16661 38601, in_language, 932 8232, has_genre, 16661 8232, in_language, 932 16642, has_genre, 16661 16642, REL5, 24618 16642, in_language, 3178 16642, in_language, 932 16642, REL8, 24618 14780, has_genre, 16661 14780, REL5, 16661 14780, in_language, 3178 10687, has_genre, 16661 10687, release_year, 14739 9286, has_genre, 16661 9286, in_language, 932 30475, has_genre, 16661 30475, in_language, 932 30475, REL8, 24618 30877, has_genre, 16661 30877, in_language, 932 24263, has_genre, 16661 24263, release_year, 14739 12921, has_genre, 16661 12921, in_language, 3178 12921, in_language, 932 2168, has_genre, 16661 2168, in_language, 3178 29121, has_genre, 16661 29121, release_year, 14739 7853, has_genre, 16661 7853, release_year, 14739 5422, has_genre, 16661 5422, in_language, 3178 3621, has_genre, 16661 3621, in_language, 3178 16585, has_genre, 16661 16585, in_language, 932 9347, directed_by, 9740 9347, has_genre, 16661 9347, REL5, 9740 8654, has_genre, 16661 8654, release_year, 14739 40007, has_genre, 16661 40007, release_year, 14739 29930, has_genre, 16661 29930, in_language, 3178 20105, has_genre, 16661 20105, release_year, 14739 17003, has_genre, 16661 17003, release_year, 14739 35565, has_genre, 16661 35565, in_language, 932 12134, has_genre, 16661 12134, REL5, 932 12134, in_language, 932 6307, has_genre, 16661 6307, release_year, 14739 37513, has_genre, 16661 37513, REL5, 3178 37513, REL5, 16661 37513, in_language, 3178 15118, has_genre, 16661 15118, release_year, 14739 527, directed_by, 9740 527, has_genre, 16661 527, REL5, 9740 527, REL5, 38703 527, REL5, 24618 527, in_language, 3178 527, in_language, 932 527, release_year, 14739 527, REL8, 24618 527, REL9, 9740 10302, has_genre, 16661 10302, REL5, 932 10302, in_language, 932 13348, has_genre, 16661 13348, in_language, 932 21197, has_genre, 16661 21197, in_language, 932 462, has_genre, 16661 462, in_language, 932 28038, has_genre, 16661 28038, in_language, 932 3483, has_genre, 16661 3483, release_year, 14739 18689, has_genre, 16661 18689, release_year, 14739 12927, has_genre, 16661 12927, release_year, 14739 8721, has_genre, 16661 8721, release_year, 14739 19187, has_genre, 16661 19187, REL5, 16661 19187, in_language, 932 29874, has_genre, 16661 29874, in_language, 932 4768, has_genre, 16661 4768, release_year, 14739 35426, has_genre, 16661 35426, REL5, 24618 35426, in_language, 932 35426, REL8, 24618 26577, has_genre, 16661 26577, in_language, 932 30309, has_genre, 16661 30309, REL5, 16661 30309, release_year, 14739 12955, has_genre, 16661 12955, release_year, 14739 39563, has_genre, 16661 39563, release_year, 14739 3775, has_genre, 16661 3775, in_language, 932 21564, has_genre, 16661 21564, REL5, 3178 21564, in_language, 3178 9888, has_genre, 16661 9888, in_language, 932 21966, has_genre, 16661 21966, release_year, 14739 36282, has_genre, 16661 36282, in_language, 932 455, has_genre, 16661 455, release_year, 14739 12020, has_genre, 16661 12020, in_language, 3178 31643, directed_by, 9740 31643, has_genre, 16661 31643, in_language, 932 23065, has_genre, 16661 23065, release_year, 14739 38080, has_genre, 16661 38080, release_year, 14739 3253, has_genre, 16661 3253, REL5, 932 3253, in_language, 932 15408, has_genre, 16661 15408, REL5, 932 15408, in_language, 932 845, has_genre, 16661 845, in_language, 932 25893, has_genre, 16661 25893, release_year, 14739 1639, directed_by, 9740 1639, has_genre, 16661 1639, REL9, 9740 17403, has_genre, 16661 17403, REL5, 3178 17403, REL5, 16661 17403, in_language, 3178 18468, has_genre, 16661 18468, in_language, 3178 18524, has_genre, 16661 18524, in_language, 932 14921, has_genre, 16661 14921, release_year, 14739 37009, has_genre, 16661 37009, in_language, 3178 22561, has_genre, 16661 22561, in_language, 932 36363, has_genre, 16661 36363, release_year, 14739 33695, directed_by, 12704 33695, has_genre, 16661 34423, has_genre, 16661 34423, in_language, 932 3416, has_genre, 16661 3416, REL5, 24618 3416, REL5, 932 3416, in_language, 932 3416, REL8, 24618 28752, has_genre, 16661 28752, in_language, 932 18340, has_genre, 16661 18340, in_language, 932 32406, has_genre, 16661 32406, release_year, 14739 22179, has_genre, 16661 22179, release_year, 14739 31730, has_genre, 16661 31730, in_language, 932 12889, has_genre, 16661 12889, in_language, 932 22871, has_genre, 16661 22871, release_year, 14739 1333, has_genre, 16661 1333, in_language, 3178 10330, has_genre, 16661 10330, in_language, 932 23820, has_genre, 16661 23820, release_year, 14739 29749, has_genre, 16661 29749, in_language, 932 25915, has_genre, 16661 25915, release_year, 14739 37974, has_genre, 16661 37974, REL8, 24618 30820, has_genre, 16661 30820, in_language, 3178 13650, has_genre, 16661 13650, release_year, 14739 31512, has_genre, 16661 31512, release_year, 14739 13254, has_genre, 16661 13254, in_language, 932 13254, REL8, 24618 40099, has_genre, 16661 40099, release_year, 14739 38223, has_genre, 16661 38223, in_language, 3178 Question: How are ENT26563 and SHERMAN TODD related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT26563", "SHERMAN TODD"], "valid_edges": [["84 CHARING CROSS ROAD", "has_genre", "DRAMA"], ["84 CHARING CROSS ROAD", "release_year", "ENT155"], ["A FAMILY", "has_genre", "DRAMA"], ["A FAMILY", "in_language", "DANISH"], ["ENT422", "has_genre", "DRAMA"], ["ENT422", "in_language", "DANISH"], ["A GATHERING OF OLD MEN", "has_genre", "DRAMA"], ["A GATHERING OF OLD MEN", "release_year", "ENT155"], ["A HOLE IN MY HEART", "has_genre", "DRAMA"], ["A HOLE IN MY HEART", "in_language", "ENT32578"], ["ENT632", "has_genre", "DRAMA"], ["ENT632", "in_language", "ENT32578"], ["A WOMAN'S FACE", "has_genre", "DRAMA"], ["A WOMAN'S FACE", "in_language", "ENT32578"], ["ENT1043", "has_genre", "DRAMA"], ["ENT1043", "REL5", "DRAMA"], ["ENT1043", "in_language", "DANISH"], ["ALL THINGS FAIR", "has_genre", "DRAMA"], ["ALL THINGS FAIR", "in_language", "ENT32578"], ["ENT3146", "has_genre", "DRAMA"], ["ENT3146", "in_language", "ENT32578"], ["BABETTE'S FEAST", "has_genre", "DRAMA"], ["BABETTE'S FEAST", "in_language", "DANISH"], ["BABETTE'S FEAST", "release_year", "ENT155"], ["BARABBAS", "has_genre", "DRAMA"], ["BARABBAS", "in_language", "ENT32578"], ["ENT4004", "has_genre", "DRAMA"], ["ENT4004", "in_language", "ENT32578"], ["BRINK OF LIFE", "has_genre", "DRAMA"], ["BRINK OF LIFE", "in_language", "ENT32578"], ["BROADCAST NEWS", "has_genre", "DRAMA"], ["BROADCAST NEWS", "release_year", "ENT155"], ["ENT5121", "has_genre", "DRAMA"], ["ENT5121", "in_language", "DANISH"], ["ENT5432", "has_genre", "DRAMA"], ["ENT5432", "in_language", "ENT32578"], ["CHILDREN'S ISLAND", "has_genre", "DRAMA"], ["CHILDREN'S ISLAND", "in_language", "ENT32578"], ["COBRA VERDE", "has_genre", "DRAMA"], ["COBRA VERDE", "release_year", "ENT155"], ["CORNELIS", "has_genre", "DRAMA"], ["CORNELIS", "in_language", "ENT32578"], ["CRISIS", "has_genre", "DRAMA"], ["CRISIS", "in_language", "ENT32578"], ["CROSSING OVER", "has_genre", "DRAMA"], ["CROSSING OVER", "REL5", "ENT15300"], ["ENT7583", "has_genre", "DRAMA"], ["ENT7583", "release_year", "ENT155"], ["ENT8074", "has_genre", "DRAMA"], ["ENT8074", "in_language", "DANISH"], ["DARLING", "has_genre", "DRAMA"], ["DARLING", "in_language", "ENT32578"], ["DAY AND NIGHT", "has_genre", "DRAMA"], ["DAY AND NIGHT", "REL5", "DRAMA"], ["DAY AND NIGHT", "in_language", "ENT32578"], ["ENT9217", "has_genre", "DRAMA"], ["ENT9217", "release_year", "ENT155"], ["ENT9226", "has_genre", "DRAMA"], ["ENT9226", "REL5", "ENT15300"], ["DREAMS", "has_genre", "DRAMA"], ["DREAMS", "in_language", "ENT32578"], ["EVERLASTING MOMENTS", "has_genre", "DRAMA"], ["EVERLASTING MOMENTS", "in_language", "ENT32578"], ["EVIL", "has_genre", "DRAMA"], ["EVIL", "REL5", "ENT32578"], ["EVIL", "in_language", "ENT32578"], ["ENT11172", "has_genre", "DRAMA"], ["ENT11172", "in_language", "ENT32578"], ["ENT11206", "has_genre", "DRAMA"], ["ENT11206", "REL5", "ENT32578"], ["ENT11206", "in_language", "ENT32578"], ["FANNY AND ALEXANDER", "has_genre", "DRAMA"], ["FANNY AND ALEXANDER", "REL5", "ENT32578"], ["FANNY AND ALEXANDER", "in_language", "ENT32578"], ["ENT11254", "has_genre", "DRAMA"], ["ENT11254", "REL5", "ENT15300"], ["FORCE MAJEURE", "has_genre", "DRAMA"], ["FORCE MAJEURE", "REL5", "ENT32578"], ["FORCE MAJEURE", "in_language", "ENT32578"], ["ENT12409", "has_genre", "DRAMA"], ["ENT12409", "release_year", "ENT155"], ["ENT12856", "has_genre", "DRAMA"], ["ENT12856", "in_language", "DANISH"], ["ENT12972", "has_genre", "DRAMA"], ["ENT12972", "in_language", "ENT32578"], ["ENT13038", "has_genre", "DRAMA"], ["ENT13038", "in_language", "ENT32578"], ["ENT13811", "has_genre", "DRAMA"], ["ENT13811", "REL5", "MAX VON SYDOW"], ["ENT13811", "in_language", "DANISH"], ["ENT13811", "in_language", "ENT32578"], ["ENT13811", "REL8", "MAX VON SYDOW"], ["HIGH FIDELITY", "has_genre", "DRAMA"], ["HIGH FIDELITY", "REL5", "DRAMA"], ["HIGH FIDELITY", "in_language", "DANISH"], ["HOPE AND GLORY", "has_genre", "DRAMA"], ["HOPE AND GLORY", "release_year", "ENT155"], ["ENT14765", "has_genre", "DRAMA"], ["ENT14765", "in_language", "ENT32578"], ["HOUR OF THE WOLF", "has_genre", "DRAMA"], ["HOUR OF THE WOLF", "in_language", "ENT32578"], ["HOUR OF THE WOLF", "REL8", "MAX VON SYDOW"], ["ENT14779", "has_genre", "DRAMA"], ["ENT14779", "in_language", "ENT32578"], ["ENT14805", "has_genre", "DRAMA"], ["ENT14805", "release_year", "ENT155"], ["ENT14981", "has_genre", "DRAMA"], ["ENT14981", "in_language", "DANISH"], ["ENT14981", "in_language", "ENT32578"], ["ENT15318", "has_genre", "DRAMA"], ["ENT15318", "in_language", "DANISH"], ["IRONWEED", "has_genre", "DRAMA"], ["IRONWEED", "release_year", "ENT155"], ["JULIA AND JULIA", "has_genre", "DRAMA"], ["JULIA AND JULIA", "release_year", "ENT155"], ["ENT18666", "has_genre", "DRAMA"], ["ENT18666", "in_language", "DANISH"], ["ENT19061", "has_genre", "DRAMA"], ["ENT19061", "in_language", "DANISH"], ["ENT19395", "has_genre", "DRAMA"], ["ENT19395", "in_language", "ENT32578"], ["ENT20436", "directed_by", "ENT4165"], ["ENT20436", "has_genre", "DRAMA"], ["ENT20436", "REL5", "ENT4165"], ["ENT20474", "has_genre", "DRAMA"], ["ENT20474", "release_year", "ENT155"], ["LIGHT OF DAY", "has_genre", "DRAMA"], ["LIGHT OF DAY", "release_year", "ENT155"], ["MASTER OF THE HOUSE", "has_genre", "DRAMA"], ["MASTER OF THE HOUSE", "in_language", "DANISH"], ["MATEWAN", "has_genre", "DRAMA"], ["MATEWAN", "release_year", "ENT155"], ["ENT22759", "has_genre", "DRAMA"], ["ENT22759", "release_year", "ENT155"], ["ENT23886", "has_genre", "DRAMA"], ["ENT23886", "in_language", "ENT32578"], ["ENT24439", "has_genre", "DRAMA"], ["ENT24439", "REL5", "ENT32578"], ["ENT24439", "in_language", "ENT32578"], ["ENT25438", "has_genre", "DRAMA"], ["ENT25438", "release_year", "ENT155"], ["OPEN HEARTS", "has_genre", "DRAMA"], ["OPEN HEARTS", "REL5", "DANISH"], ["OPEN HEARTS", "REL5", "DRAMA"], ["OPEN HEARTS", "in_language", "DANISH"], ["OVER THE TOP", "has_genre", "DRAMA"], ["OVER THE TOP", "release_year", "ENT155"], ["ENT26563", "directed_by", "ENT4165"], ["ENT26563", "has_genre", "DRAMA"], ["ENT26563", "REL5", "ENT4165"], ["ENT26563", "REL5", "ENT15300"], ["ENT26563", "REL5", "MAX VON SYDOW"], ["ENT26563", "in_language", "DANISH"], ["ENT26563", "in_language", "ENT32578"], ["ENT26563", "release_year", "ENT155"], ["ENT26563", "REL8", "MAX VON SYDOW"], ["ENT26563", "REL9", "ENT4165"], ["PERSONA", "has_genre", "DRAMA"], ["PERSONA", "REL5", "ENT32578"], ["PERSONA", "in_language", "ENT32578"], ["ENT27172", "has_genre", "DRAMA"], ["ENT27172", "in_language", "ENT32578"], ["PORT OF CALL", "has_genre", "DRAMA"], ["PORT OF CALL", "in_language", "ENT32578"], ["PRISON", "has_genre", "DRAMA"], ["PRISON", "in_language", "ENT32578"], ["ENT27418", "has_genre", "DRAMA"], ["ENT27418", "in_language", "ENT32578"], ["PROMISED LAND", "has_genre", "DRAMA"], ["PROMISED LAND", "release_year", "ENT155"], ["ENT27802", "has_genre", "DRAMA"], ["ENT27802", "release_year", "ENT155"], ["RICH AND FAMOUS", "has_genre", "DRAMA"], ["RICH AND FAMOUS", "release_year", "ENT155"], ["ENT29627", "has_genre", "DRAMA"], ["ENT29627", "release_year", "ENT155"], ["ENT30013", "has_genre", "DRAMA"], ["ENT30013", "REL5", "DRAMA"], ["ENT30013", "in_language", "ENT32578"], ["ENT30297", "has_genre", "DRAMA"], ["ENT30297", "in_language", "ENT32578"], ["SEPTEMBER", "has_genre", "DRAMA"], ["SEPTEMBER", "release_year", "ENT155"], ["SHAME", "has_genre", "DRAMA"], ["SHAME", "REL5", "MAX VON SYDOW"], ["SHAME", "in_language", "ENT32578"], ["SHAME", "REL8", "MAX VON SYDOW"], ["SHE MONKEYS", "has_genre", "DRAMA"], ["SHE MONKEYS", "in_language", "ENT32578"], ["ENT30926", "has_genre", "DRAMA"], ["ENT30926", "REL5", "DRAMA"], ["ENT30926", "release_year", "ENT155"], ["ENT31363", "has_genre", "DRAMA"], ["ENT31363", "release_year", "ENT155"], ["ENT31629", "has_genre", "DRAMA"], ["ENT31629", "release_year", "ENT155"], ["STOCKHOLM EAST", "has_genre", "DRAMA"], ["STOCKHOLM EAST", "in_language", "ENT32578"], ["SUBMARINO", "has_genre", "DRAMA"], ["SUBMARINO", "REL5", "DANISH"], ["SUBMARINO", "in_language", "DANISH"], ["ENT32364", "has_genre", "DRAMA"], ["ENT32364", "in_language", "ENT32578"], ["SUSPECT", "has_genre", "DRAMA"], ["SUSPECT", "release_year", "ENT155"], ["ENT33310", "has_genre", "DRAMA"], ["ENT33310", "in_language", "ENT32578"], ["THE BELLY OF AN ARCHITECT", "has_genre", "DRAMA"], ["THE BELLY OF AN ARCHITECT", "release_year", "ENT155"], ["THE BENCH", "has_genre", "DRAMA"], ["THE BENCH", "in_language", "DANISH"], ["ENT33459", "directed_by", "ENT4165"], ["ENT33459", "has_genre", "DRAMA"], ["ENT33459", "in_language", "ENT32578"], ["THE BIG TOWN", "has_genre", "DRAMA"], ["THE BIG TOWN", "release_year", "ENT155"], ["ENT33986", "has_genre", "DRAMA"], ["ENT33986", "release_year", "ENT155"], ["THE GIRL WHO KICKED THE HORNETS' NEST", "has_genre", "DRAMA"], ["THE GIRL WHO KICKED THE HORNETS' NEST", "REL5", "ENT32578"], ["THE GIRL WHO KICKED THE HORNETS' NEST", "in_language", "ENT32578"], ["THE GIRL WITH THE DRAGON TATTOO", "has_genre", "DRAMA"], ["THE GIRL WITH THE DRAGON TATTOO", "REL5", "ENT32578"], ["THE GIRL WITH THE DRAGON TATTOO", "in_language", "ENT32578"], ["THE GIRLS", "has_genre", "DRAMA"], ["THE GIRLS", "in_language", "ENT32578"], ["THE GLASS MENAGERIE", "has_genre", "DRAMA"], ["THE GLASS MENAGERIE", "release_year", "ENT155"], ["THE HOUSE OF THE SPIRITS", "directed_by", "ENT4165"], ["THE HOUSE OF THE SPIRITS", "has_genre", "DRAMA"], ["THE HOUSE OF THE SPIRITS", "REL9", "ENT4165"], ["ENT34738", "has_genre", "DRAMA"], ["ENT34738", "REL5", "DANISH"], ["ENT34738", "REL5", "DRAMA"], ["ENT34738", "in_language", "DANISH"], ["ENT34760", "has_genre", "DRAMA"], ["ENT34760", "in_language", "DANISH"], ["ENT34911", "has_genre", "DRAMA"], ["ENT34911", "in_language", "ENT32578"], ["ENT35120", "has_genre", "DRAMA"], ["ENT35120", "release_year", "ENT155"], ["THE MYSTERIOUS X", "has_genre", "DRAMA"], ["THE MYSTERIOUS X", "in_language", "DANISH"], ["ENT35620", "has_genre", "DRAMA"], ["ENT35620", "in_language", "ENT32578"], ["ENT35758", "has_genre", "DRAMA"], ["ENT35758", "release_year", "ENT155"], ["THE RACKET", "directed_by", "SHERMAN TODD"], ["THE RACKET", "has_genre", "DRAMA"], ["ENT35900", "has_genre", "DRAMA"], ["ENT35900", "in_language", "ENT32578"], ["THE SEVENTH SEAL", "has_genre", "DRAMA"], ["THE SEVENTH SEAL", "REL5", "MAX VON SYDOW"], ["THE SEVENTH SEAL", "REL5", "ENT32578"], ["THE SEVENTH SEAL", "in_language", "ENT32578"], ["THE SEVENTH SEAL", "REL8", "MAX VON SYDOW"], ["THE SIMPLE-MINDED MURDERER", "has_genre", "DRAMA"], ["THE SIMPLE-MINDED MURDERER", "in_language", "ENT32578"], ["THE SLINGSHOT", "has_genre", "DRAMA"], ["THE SLINGSHOT", "in_language", "ENT32578"], ["ENT36517", "has_genre", "DRAMA"], ["ENT36517", "release_year", "ENT155"], ["THE YEAR MY VOICE BROKE", "has_genre", "DRAMA"], ["THE YEAR MY VOICE BROKE", "release_year", "ENT155"], ["THIRST", "has_genre", "DRAMA"], ["THIRST", "in_language", "ENT32578"], ["ENT37302", "has_genre", "DRAMA"], ["ENT37302", "in_language", "ENT32578"], ["ENT37647", "has_genre", "DRAMA"], ["ENT37647", "release_year", "ENT155"], ["ENT37754", "has_genre", "DRAMA"], ["ENT37754", "in_language", "DANISH"], ["TRUST ME", "has_genre", "DRAMA"], ["TRUST ME", "in_language", "ENT32578"], ["WALL STREET", "has_genre", "DRAMA"], ["WALL STREET", "release_year", "ENT155"], ["WE ARE THE BEST!", "has_genre", "DRAMA"], ["WE ARE THE BEST!", "in_language", "ENT32578"], ["ENT38945", "has_genre", "DRAMA"], ["ENT38945", "release_year", "ENT155"], ["ENT39047", "has_genre", "DRAMA"], ["ENT39047", "REL8", "MAX VON SYDOW"], ["WHEN ANIMALS DREAM", "has_genre", "DRAMA"], ["WHEN ANIMALS DREAM", "in_language", "DANISH"], ["WHITE MISCHIEF", "has_genre", "DRAMA"], ["WHITE MISCHIEF", "release_year", "ENT155"], ["WHITE WATER SUMMER", "has_genre", "DRAMA"], ["WHITE WATER SUMMER", "release_year", "ENT155"], ["WINTER LIGHT", "has_genre", "DRAMA"], ["WINTER LIGHT", "in_language", "ENT32578"], ["WINTER LIGHT", "REL8", "MAX VON SYDOW"], ["ENT39609", "has_genre", "DRAMA"], ["ENT39609", "release_year", "ENT155"], ["ENT39708", "has_genre", "DRAMA"], ["ENT39708", "in_language", "DANISH"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 17148, ENT7161 16450, KISS THEM FOR ME 20516, LEIF ERICKSON 7345, ENT20593 src, edge_attr, dst 16450, has_genre, 17148 16450, REL8, 20516 7345, has_genre, 17148 Question: How are LEIF ERICKSON and ENT20593 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["LEIF ERICKSON", "ENT20593"], "valid_edges": [["KISS THEM FOR ME", "has_genre", "ENT7161"], ["KISS THEM FOR ME", "REL8", "LEIF ERICKSON"], ["ENT20593", "has_genre", "ENT7161"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 3538, 2011 1959, ENT25828 29491, ENT27623 29658, ENT30414 20200, THE GREY src, edge_attr, dst 29491, REL5, 29658 29491, release_year, 3538 20200, REL5, 1959 20200, release_year, 3538 Question: How are ENT25828 and ENT30414 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT25828", "ENT30414"], "valid_edges": [["ENT27623", "REL5", "ENT30414"], ["ENT27623", "release_year", "2011"], ["THE GREY", "REL5", "ENT25828"], ["THE GREY", "release_year", "2011"]]}
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 23809, ENT189 13929, ENT195 12228, ENT483 29025, ETHAN MAO 20328, GOING THE DISTANCE 33562, ENT38155 src, edge_attr, dst 12228, release_year, 13929 29025, release_year, 23809 20328, release_year, 23809 20328, release_year, 13929 33562, release_year, 23809 33562, release_year, 13929 Question: For what reason are ENT483 and ETHAN MAO associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT483", "ETHAN MAO"], "valid_edges": [["ENT483", "release_year", "ENT195"], ["ETHAN MAO", "release_year", "ENT189"], ["GOING THE DISTANCE", "release_year", "ENT189"], ["GOING THE DISTANCE", "release_year", "ENT195"], ["ENT38155", "release_year", "ENT189"], ["ENT38155", "release_year", "ENT195"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 16661, DRAMA 23530, GIRL 36992, KIKI'S DELIVERY SERVICE 37283, ENT28080 13987, THE SECRET LIFE OF BEES src, edge_attr, dst 23530, has_genre, 16661 36992, REL5, 23530 36992, REL8, 37283 13987, has_genre, 16661 13987, REL5, 16661 Question: In what context are ENT28080 and THE SECRET LIFE OF BEES connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT28080", "THE SECRET LIFE OF BEES"], "valid_edges": [["GIRL", "has_genre", "DRAMA"], ["KIKI'S DELIVERY SERVICE", "REL5", "GIRL"], ["KIKI'S DELIVERY SERVICE", "REL8", "ENT28080"], ["THE SECRET LIFE OF BEES", "has_genre", "DRAMA"], ["THE SECRET LIFE OF BEES", "REL5", "DRAMA"]]}
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 35810, ACCATTONE 34607, ENT2724 20020, ENT4308 5598, ENT15722 34286, ENT17843 22415, LA RABBIA 27106, LOVE MEETINGS 39032, ENT25493 21101, PIER PAOLO PASOLINI 6588, RO.GO.PA.G. 40135, ENT29821 7238, ENT33049 14120, THE CANTERBURY TALES 39340, THE DECAMERON 16487, ENT34495 37649, ENT34626 src, edge_attr, dst 35810, directed_by, 21101 35810, REL5, 21101 35810, in_language, 5598 35810, REL9, 21101 34607, directed_by, 21101 34607, REL5, 21101 34607, in_language, 5598 34607, REL9, 21101 20020, in_language, 5598 20020, REL8, 34286 22415, directed_by, 21101 22415, REL5, 21101 22415, in_language, 5598 22415, REL9, 21101 27106, directed_by, 21101 27106, REL5, 21101 27106, in_language, 5598 27106, REL8, 21101 27106, REL9, 21101 39032, directed_by, 21101 39032, REL5, 21101 39032, in_language, 5598 39032, REL9, 21101 6588, directed_by, 21101 6588, REL5, 21101 6588, in_language, 5598 6588, REL9, 21101 40135, directed_by, 21101 40135, REL5, 21101 40135, in_language, 5598 40135, REL9, 21101 7238, directed_by, 21101 7238, REL5, 21101 7238, in_language, 5598 7238, REL9, 21101 14120, directed_by, 21101 14120, REL5, 21101 14120, in_language, 5598 14120, REL9, 21101 39340, directed_by, 21101 39340, REL5, 21101 39340, in_language, 5598 39340, REL9, 21101 16487, directed_by, 21101 16487, REL5, 21101 16487, in_language, 5598 16487, REL9, 21101 37649, directed_by, 21101 37649, REL5, 21101 37649, in_language, 5598 37649, REL9, 21101 Question: How are ENT17843 and LOVE MEETINGS related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT17843", "LOVE MEETINGS"], "valid_edges": [["ACCATTONE", "directed_by", "PIER PAOLO PASOLINI"], ["ACCATTONE", "REL5", "PIER PAOLO PASOLINI"], ["ACCATTONE", "in_language", "ENT15722"], ["ACCATTONE", "REL9", "PIER PAOLO PASOLINI"], ["ENT2724", "directed_by", "PIER PAOLO PASOLINI"], ["ENT2724", "REL5", "PIER PAOLO PASOLINI"], ["ENT2724", "in_language", "ENT15722"], ["ENT2724", "REL9", "PIER PAOLO PASOLINI"], ["ENT4308", "in_language", "ENT15722"], ["ENT4308", "REL8", "ENT17843"], ["LA RABBIA", "directed_by", "PIER PAOLO PASOLINI"], ["LA RABBIA", "REL5", "PIER PAOLO PASOLINI"], ["LA RABBIA", "in_language", "ENT15722"], ["LA RABBIA", "REL9", "PIER PAOLO PASOLINI"], ["LOVE MEETINGS", "directed_by", "PIER PAOLO PASOLINI"], ["LOVE MEETINGS", "REL5", "PIER PAOLO PASOLINI"], ["LOVE MEETINGS", "in_language", "ENT15722"], ["LOVE MEETINGS", "REL8", "PIER PAOLO PASOLINI"], ["LOVE MEETINGS", "REL9", "PIER PAOLO PASOLINI"], ["ENT25493", "directed_by", "PIER PAOLO PASOLINI"], ["ENT25493", "REL5", "PIER PAOLO PASOLINI"], ["ENT25493", "in_language", "ENT15722"], ["ENT25493", "REL9", "PIER PAOLO PASOLINI"], ["RO.GO.PA.G.", "directed_by", "PIER PAOLO PASOLINI"], ["RO.GO.PA.G.", "REL5", "PIER PAOLO PASOLINI"], ["RO.GO.PA.G.", "in_language", "ENT15722"], ["RO.GO.PA.G.", "REL9", "PIER PAOLO PASOLINI"], ["ENT29821", "directed_by", "PIER PAOLO PASOLINI"], ["ENT29821", "REL5", "PIER PAOLO PASOLINI"], ["ENT29821", "in_language", "ENT15722"], ["ENT29821", "REL9", "PIER PAOLO PASOLINI"], ["ENT33049", "directed_by", "PIER PAOLO PASOLINI"], ["ENT33049", "REL5", "PIER PAOLO PASOLINI"], ["ENT33049", "in_language", "ENT15722"], ["ENT33049", "REL9", "PIER PAOLO PASOLINI"], ["THE CANTERBURY TALES", "directed_by", "PIER PAOLO PASOLINI"], ["THE CANTERBURY TALES", "REL5", "PIER PAOLO PASOLINI"], ["THE CANTERBURY TALES", "in_language", "ENT15722"], ["THE CANTERBURY TALES", "REL9", "PIER PAOLO PASOLINI"], ["THE DECAMERON", "directed_by", "PIER PAOLO PASOLINI"], ["THE DECAMERON", "REL5", "PIER PAOLO PASOLINI"], ["THE DECAMERON", "in_language", "ENT15722"], ["THE DECAMERON", "REL9", "PIER PAOLO PASOLINI"], ["ENT34495", "directed_by", "PIER PAOLO PASOLINI"], ["ENT34495", "REL5", "PIER PAOLO PASOLINI"], ["ENT34495", "in_language", "ENT15722"], ["ENT34495", "REL9", "PIER PAOLO PASOLINI"], ["ENT34626", "directed_by", "PIER PAOLO PASOLINI"], ["ENT34626", "REL5", "PIER PAOLO PASOLINI"], ["ENT34626", "in_language", "ENT15722"], ["ENT34626", "REL9", "PIER PAOLO PASOLINI"]]}
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 29464, INFERNO 24683, ENT20300 35791, ENT28973 37665, ENT28998 4328, THE WOMAN ON PIER 13 src, edge_attr, dst 29464, REL8, 24683 29464, REL8, 35791 4328, directed_by, 37665 4328, REL8, 35791 Question: How are ENT20300 and ENT28998 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT20300", "ENT28998"], "valid_edges": [["INFERNO", "REL8", "ENT20300"], ["INFERNO", "REL8", "ENT28973"], ["THE WOMAN ON PIER 13", "directed_by", "ENT28998"], ["THE WOMAN ON PIER 13", "REL8", "ENT28973"]]}
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 33193, AN ADVENTURE IN SPACE AND TIME 22696, ENT3569 39280, BUBBA HO-TEP 15982, ENT22170 14625, ENT24299 8019, THE MUMMY src, edge_attr, dst 33193, REL5, 22696 33193, REL9, 15982 39280, REL5, 22696 39280, REL5, 14625 8019, REL5, 22696 8019, REL5, 14625 Question: How are ENT22170 and ENT24299 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT22170", "ENT24299"], "valid_edges": [["AN ADVENTURE IN SPACE AND TIME", "REL5", "ENT3569"], ["AN ADVENTURE IN SPACE AND TIME", "REL9", "ENT22170"], ["BUBBA HO-TEP", "REL5", "ENT3569"], ["BUBBA HO-TEP", "REL5", "ENT24299"], ["THE MUMMY", "REL5", "ENT3569"], ["THE MUMMY", "REL5", "ENT24299"]]}
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 31998, ENT151 35088, ENT3876 26068, HIGH ROAD TO CHINA 32033, ROMANTIC COMEDY 10291, ENT33033 34209, WILFORD BRIMLEY src, edge_attr, dst 26068, REL5, 34209 26068, release_year, 31998 26068, REL8, 34209 32033, release_year, 31998 32033, REL9, 35088 10291, release_year, 31998 10291, REL8, 34209 Question: How are ENT3876 and WILFORD BRIMLEY related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT3876", "WILFORD BRIMLEY"], "valid_edges": [["HIGH ROAD TO CHINA", "REL5", "WILFORD BRIMLEY"], ["HIGH ROAD TO CHINA", "release_year", "ENT151"], ["HIGH ROAD TO CHINA", "REL8", "WILFORD BRIMLEY"], ["ROMANTIC COMEDY", "release_year", "ENT151"], ["ROMANTIC COMEDY", "REL9", "ENT3876"], ["ENT33033", "release_year", "ENT151"], ["ENT33033", "REL8", "WILFORD BRIMLEY"]]}
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 22696, ENT3569 8968, ENT6586 2097, ENT21439 21944, MY LEFT FOOT 38130, SHANE CONNAUGHTON src, edge_attr, dst 2097, REL5, 22696 2097, REL8, 8968 21944, REL5, 22696 21944, REL9, 38130 Question: In what context are ENT6586 and SHANE CONNAUGHTON connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT6586", "SHANE CONNAUGHTON"], "valid_edges": [["ENT21439", "REL5", "ENT3569"], ["ENT21439", "REL8", "ENT6586"], ["MY LEFT FOOT", "REL5", "ENT3569"], ["MY LEFT FOOT", "REL9", "SHANE CONNAUGHTON"]]}
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 3268, COQUETTE 3584, ENT7703 16661, DRAMA 38876, JERZY KAWALEROWICZ 23257, MARY PICKFORD 29565, ENT24186 31874, TESS OF THE STORM COUNTRY 2021, THE LONELY VILLA src, edge_attr, dst 3268, has_genre, 16661 3268, REL8, 23257 3584, has_genre, 16661 3584, REL8, 23257 29565, directed_by, 38876 29565, has_genre, 16661 29565, REL9, 38876 31874, has_genre, 16661 31874, REL8, 23257 2021, has_genre, 16661 2021, REL8, 23257 Question: How are JERZY KAWALEROWICZ and MARY PICKFORD related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["JERZY KAWALEROWICZ", "MARY PICKFORD"], "valid_edges": [["COQUETTE", "has_genre", "DRAMA"], ["COQUETTE", "REL8", "MARY PICKFORD"], ["ENT7703", "has_genre", "DRAMA"], ["ENT7703", "REL8", "MARY PICKFORD"], ["ENT24186", "directed_by", "JERZY KAWALEROWICZ"], ["ENT24186", "has_genre", "DRAMA"], ["ENT24186", "REL9", "JERZY KAWALEROWICZ"], ["TESS OF THE STORM COUNTRY", "has_genre", "DRAMA"], ["TESS OF THE STORM COUNTRY", "REL8", "MARY PICKFORD"], ["THE LONELY VILLA", "has_genre", "DRAMA"], ["THE LONELY VILLA", "REL8", "MARY PICKFORD"]]}
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 31662, ACTION 15461, ALIENS 32090, ENT2811 8469, ENT2820 40121, ASSAULT ON PRECINCT 13 14592, BIG TROUBLE IN LITTLE CHINA 3929, ENT4292 9598, BLOWN AWAY 20430, ENT4670 38722, BULLIES 27826, ENT5267 18690, COBRA 7700, CONAN THE BARBARIAN 7519, ENT10867 16506, ENT10868 31196, EYE OF THE TIGER 37577, ENT11153 29971, FIRE BIRDS 31531, ENT11535 33975, ENT11560 32464, ENT12908 13175, HEARTBREAK RIDGE 38408, HIGHLANDER 8625, ENT14885 16340, ENT15577 22242, JOHN CARPENTER 27733, LEGACY OF RAGE 2506, LET'S GET HARRY 24642, LINDA HAMILTON 26449, ENT23055 35730, ENT23056 8585, MEN IN BLACK II 38970, ENT27876 1177, ENT29010 5711, RUNNING SCARED 33906, ENT32627 27386, ENT34363 10703, THE HUNTED 9736, THE PACKAGE 20648, ENT36344 12306, THE WRAITH 21001, TOMMY LEE JONES 32683, ENT37583 19579, UNDER SIEGE src, edge_attr, dst 15461, has_genre, 31662 15461, REL5, 31662 15461, release_year, 8878 32090, has_genre, 31662 32090, release_year, 8878 8469, has_genre, 31662 8469, release_year, 8878 40121, directed_by, 22242 40121, has_genre, 31662 40121, REL5, 31662 40121, REL5, 22242 40121, REL9, 22242 14592, directed_by, 22242 14592, has_genre, 31662 14592, REL5, 22242 14592, release_year, 8878 3929, has_genre, 31662 3929, REL5, 21001 3929, release_year, 8878 3929, REL8, 24642 3929, REL8, 1177 3929, REL8, 21001 3929, REL9, 22242 9598, has_genre, 31662 9598, REL5, 31662 9598, REL5, 21001 9598, REL8, 21001 20430, has_genre, 31662 20430, release_year, 8878 38722, has_genre, 31662 38722, release_year, 8878 27826, has_genre, 31662 27826, REL5, 1177 27826, REL8, 1177 18690, has_genre, 31662 18690, REL5, 31662 18690, release_year, 8878 7700, has_genre, 31662 7700, REL5, 31662 7700, REL5, 33906 7519, directed_by, 22242 7519, has_genre, 31662 7519, REL5, 22242 7519, REL9, 22242 16506, directed_by, 22242 16506, has_genre, 31662 16506, REL5, 31662 16506, REL5, 22242 16506, REL9, 22242 31196, has_genre, 31662 31196, release_year, 8878 37577, has_genre, 31662 37577, release_year, 8878 29971, has_genre, 31662 29971, REL5, 21001 29971, REL8, 21001 31531, has_genre, 31662 31531, release_year, 8878 33975, has_genre, 31662 33975, release_year, 8878 32464, directed_by, 22242 32464, has_genre, 31662 32464, REL5, 22242 32464, REL9, 22242 13175, has_genre, 31662 13175, release_year, 8878 38408, has_genre, 31662 38408, release_year, 8878 8625, has_genre, 31662 8625, REL5, 31662 8625, release_year, 8878 16340, has_genre, 31662 16340, release_year, 8878 27733, has_genre, 31662 27733, release_year, 8878 2506, has_genre, 31662 2506, release_year, 8878 26449, REL5, 31662 26449, REL5, 21001 26449, REL8, 21001 35730, has_genre, 31662 35730, REL5, 31662 35730, REL5, 21001 35730, REL8, 21001 8585, has_genre, 31662 8585, REL5, 21001 8585, REL8, 21001 38970, has_genre, 31662 38970, release_year, 8878 5711, has_genre, 31662 5711, release_year, 8878 27386, has_genre, 31662 27386, REL5, 31662 27386, REL5, 21001 27386, REL8, 21001 10703, has_genre, 31662 10703, REL5, 21001 10703, REL8, 21001 9736, has_genre, 31662 9736, REL5, 21001 9736, REL8, 21001 20648, has_genre, 31662 20648, REL5, 31662 20648, REL5, 24642 20648, REL8, 24642 12306, has_genre, 31662 12306, release_year, 8878 32683, has_genre, 31662 32683, REL5, 31662 32683, release_year, 8878 19579, has_genre, 31662 19579, REL5, 31662 19579, REL5, 21001 19579, REL8, 21001 Question: For what reason are ENT4292 and ENT32627 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4292", "ENT32627"], "valid_edges": [["ALIENS", "has_genre", "ACTION"], ["ALIENS", "REL5", "ACTION"], ["ALIENS", "release_year", "ENT154"], ["ENT2811", "has_genre", "ACTION"], ["ENT2811", "release_year", "ENT154"], ["ENT2820", "has_genre", "ACTION"], ["ENT2820", "release_year", "ENT154"], ["ASSAULT ON PRECINCT 13", "directed_by", "JOHN CARPENTER"], ["ASSAULT ON PRECINCT 13", "has_genre", "ACTION"], ["ASSAULT ON PRECINCT 13", "REL5", "ACTION"], ["ASSAULT ON PRECINCT 13", "REL5", "JOHN CARPENTER"], ["ASSAULT ON PRECINCT 13", "REL9", "JOHN CARPENTER"], ["BIG TROUBLE IN LITTLE CHINA", "directed_by", "JOHN CARPENTER"], ["BIG TROUBLE IN LITTLE CHINA", "has_genre", "ACTION"], ["BIG TROUBLE IN LITTLE CHINA", "REL5", "JOHN CARPENTER"], ["BIG TROUBLE IN LITTLE CHINA", "release_year", "ENT154"], ["ENT4292", "has_genre", "ACTION"], ["ENT4292", "REL5", "TOMMY LEE JONES"], ["ENT4292", "release_year", "ENT154"], ["ENT4292", "REL8", "LINDA HAMILTON"], ["ENT4292", "REL8", "ENT29010"], ["ENT4292", "REL8", "TOMMY LEE JONES"], ["ENT4292", "REL9", "JOHN CARPENTER"], ["BLOWN AWAY", "has_genre", "ACTION"], ["BLOWN AWAY", "REL5", "ACTION"], ["BLOWN AWAY", "REL5", "TOMMY LEE JONES"], ["BLOWN AWAY", "REL8", "TOMMY LEE JONES"], ["ENT4670", "has_genre", "ACTION"], ["ENT4670", "release_year", "ENT154"], ["BULLIES", "has_genre", "ACTION"], ["BULLIES", "release_year", "ENT154"], ["ENT5267", "has_genre", "ACTION"], ["ENT5267", "REL5", "ENT29010"], ["ENT5267", "REL8", "ENT29010"], ["COBRA", "has_genre", "ACTION"], ["COBRA", "REL5", "ACTION"], ["COBRA", "release_year", "ENT154"], ["CONAN THE BARBARIAN", "has_genre", "ACTION"], ["CONAN THE BARBARIAN", "REL5", "ACTION"], ["CONAN THE BARBARIAN", "REL5", "ENT32627"], ["ENT10867", "directed_by", "JOHN CARPENTER"], ["ENT10867", "has_genre", "ACTION"], ["ENT10867", "REL5", "JOHN CARPENTER"], ["ENT10867", "REL9", "JOHN CARPENTER"], ["ENT10868", "directed_by", "JOHN CARPENTER"], ["ENT10868", "has_genre", "ACTION"], ["ENT10868", "REL5", "ACTION"], ["ENT10868", "REL5", "JOHN CARPENTER"], ["ENT10868", "REL9", "JOHN CARPENTER"], ["EYE OF THE TIGER", "has_genre", "ACTION"], ["EYE OF THE TIGER", "release_year", "ENT154"], ["ENT11153", "has_genre", "ACTION"], ["ENT11153", "release_year", "ENT154"], ["FIRE BIRDS", "has_genre", "ACTION"], ["FIRE BIRDS", "REL5", "TOMMY LEE JONES"], ["FIRE BIRDS", "REL8", "TOMMY LEE JONES"], ["ENT11535", "has_genre", "ACTION"], ["ENT11535", "release_year", "ENT154"], ["ENT11560", "has_genre", "ACTION"], ["ENT11560", "release_year", "ENT154"], ["ENT12908", "directed_by", "JOHN CARPENTER"], ["ENT12908", "has_genre", "ACTION"], ["ENT12908", "REL5", "JOHN CARPENTER"], ["ENT12908", "REL9", "JOHN CARPENTER"], ["HEARTBREAK RIDGE", "has_genre", "ACTION"], ["HEARTBREAK RIDGE", "release_year", "ENT154"], ["HIGHLANDER", "has_genre", "ACTION"], ["HIGHLANDER", "release_year", "ENT154"], ["ENT14885", "has_genre", "ACTION"], ["ENT14885", "REL5", "ACTION"], ["ENT14885", "release_year", "ENT154"], ["ENT15577", "has_genre", "ACTION"], ["ENT15577", "release_year", "ENT154"], ["LEGACY OF RAGE", "has_genre", "ACTION"], ["LEGACY OF RAGE", "release_year", "ENT154"], ["LET'S GET HARRY", "has_genre", "ACTION"], ["LET'S GET HARRY", "release_year", "ENT154"], ["ENT23055", "REL5", "ACTION"], ["ENT23055", "REL5", "TOMMY LEE JONES"], ["ENT23055", "REL8", "TOMMY LEE JONES"], ["ENT23056", "has_genre", "ACTION"], ["ENT23056", "REL5", "ACTION"], ["ENT23056", "REL5", "TOMMY LEE JONES"], ["ENT23056", "REL8", "TOMMY LEE JONES"], ["MEN IN BLACK II", "has_genre", "ACTION"], ["MEN IN BLACK II", "REL5", "TOMMY LEE JONES"], ["MEN IN BLACK II", "REL8", "TOMMY LEE JONES"], ["ENT27876", "has_genre", "ACTION"], ["ENT27876", "release_year", "ENT154"], ["RUNNING SCARED", "has_genre", "ACTION"], ["RUNNING SCARED", "release_year", "ENT154"], ["ENT34363", "has_genre", "ACTION"], ["ENT34363", "REL5", "ACTION"], ["ENT34363", "REL5", "TOMMY LEE JONES"], ["ENT34363", "REL8", "TOMMY LEE JONES"], ["THE HUNTED", "has_genre", "ACTION"], ["THE HUNTED", "REL5", "TOMMY LEE JONES"], ["THE HUNTED", "REL8", "TOMMY LEE JONES"], ["THE PACKAGE", "has_genre", "ACTION"], ["THE PACKAGE", "REL5", "TOMMY LEE JONES"], ["THE PACKAGE", "REL8", "TOMMY LEE JONES"], ["ENT36344", "has_genre", "ACTION"], ["ENT36344", "REL5", "ACTION"], ["ENT36344", "REL5", "LINDA HAMILTON"], ["ENT36344", "REL8", "LINDA HAMILTON"], ["THE WRAITH", "has_genre", "ACTION"], ["THE WRAITH", "release_year", "ENT154"], ["ENT37583", "has_genre", "ACTION"], ["ENT37583", "REL5", "ACTION"], ["ENT37583", "release_year", "ENT154"], ["UNDER SIEGE", "has_genre", "ACTION"], ["UNDER SIEGE", "REL5", "ACTION"], ["UNDER SIEGE", "REL5", "TOMMY LEE JONES"], ["UNDER SIEGE", "REL8", "TOMMY LEE JONES"]]}
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 34159, 1942 31283, ENT4214 34996, ENT14628 33656, ROAD TO MOROCCO 19824, ENT32885 34032, THE COUNTRY GIRL src, edge_attr, dst 34996, REL5, 31283 34996, release_year, 34159 34996, REL8, 31283 33656, release_year, 34159 33656, REL8, 31283 19824, release_year, 34159 34032, REL8, 31283 Question: How are ENT32885 and THE COUNTRY GIRL related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT32885", "THE COUNTRY GIRL"], "valid_edges": [["ENT14628", "REL5", "ENT4214"], ["ENT14628", "release_year", "1942"], ["ENT14628", "REL8", "ENT4214"], ["ROAD TO MOROCCO", "release_year", "1942"], ["ROAD TO MOROCCO", "REL8", "ENT4214"], ["ENT32885", "release_year", "1942"], ["THE COUNTRY GIRL", "REL8", "ENT4214"]]}
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 30107, AND SOON THE DARKNESS 32798, DORIAN GRAY 51, LE BOUCHER 23825, ENT20995 40006, ENT34195 10070, THE IN CROWD 7456, THE MAN WHO HAUNTED HIMSELF 6512, THRILLER src, edge_attr, dst 30107, has_genre, 6512 30107, release_year, 37792 32798, has_genre, 6512 32798, release_year, 37792 51, has_genre, 6512 51, release_year, 37792 40006, has_genre, 6512 40006, release_year, 37792 10070, has_genre, 6512 10070, REL8, 23825 7456, has_genre, 6512 7456, release_year, 37792 Question: In what context are ENT20995 and ENT34195 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT20995", "ENT34195"], "valid_edges": [["AND SOON THE DARKNESS", "has_genre", "THRILLER"], ["AND SOON THE DARKNESS", "release_year", "ENT136"], ["DORIAN GRAY", "has_genre", "THRILLER"], ["DORIAN GRAY", "release_year", "ENT136"], ["LE BOUCHER", "has_genre", "THRILLER"], ["LE BOUCHER", "release_year", "ENT136"], ["ENT34195", "has_genre", "THRILLER"], ["ENT34195", "release_year", "ENT136"], ["THE IN CROWD", "has_genre", "THRILLER"], ["THE IN CROWD", "REL8", "ENT20995"], ["THE MAN WHO HAUNTED HIMSELF", "has_genre", "THRILLER"], ["THE MAN WHO HAUNTED HIMSELF", "release_year", "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 8878, ENT154 7583, ENT252 12681, BLACKBALL 34280, ENT4832 23604, BULL DURHAM 39622, CADDYSHACK 35217, CRIMES OF THE HEART 9083, ENT9731 24065, ENT10243 9994, FACING ALI 23139, FRIDAY NIGHT LIGHTS 23846, GIRLFIGHT 854, ENT13070 23187, ENT13134 14283, GRIDIRON GANG 16984, GRUDGE MATCH 4656, ENT13898 14566, ENT14138 16212, ENT14675 38299, HOOSIERS 34344, ENT15520 24334, KINGPIN 10903, ENT23776 14071, ENT23777 37379, ENT23840 39050, ENT24026 13620, ENT27722 30538, ENT28110 29374, ENT29118 20834, ROCKY IV 26119, ENT29127 1408, ENT29235 20982, ENT29527 14257, SEMI-PRO 29732, ENT31609 8000, ENT31610 18609, ENT32341 5568, THE BLIND SIDE 34077, THE CRASH REEL 37835, ENT34206 21611, ENT34261 4349, ENT34378 806, ENT34539 19723, ENT34830 22689, THE LONGEST YARD 26040, THE MIRACLE OF BERN 9398, THE ROOKIE 16375, ENT36594 34744, ENT36736 38472, TROUBLE WITH THE CURVE 197, ENT37968 24254, ENT38852 3226, WHITE MEN CAN'T JUMP 18370, WITHOUT LIMITS src, edge_attr, dst 7583, has_genre, 29732 7583, REL5, 8000 12681, has_genre, 29732 12681, REL5, 8000 34280, has_genre, 29732 34280, REL5, 8000 23604, has_genre, 29732 23604, REL5, 8000 39622, has_genre, 29732 39622, REL5, 8000 35217, release_year, 8878 9083, has_genre, 29732 9083, REL5, 8000 24065, has_genre, 29732 24065, REL5, 8000 9994, has_genre, 29732 9994, REL5, 8000 23139, has_genre, 29732 23139, REL5, 8000 23846, has_genre, 29732 23846, REL5, 8000 854, has_genre, 29732 854, REL5, 8000 23187, has_genre, 29732 23187, REL5, 8000 14283, has_genre, 29732 14283, REL5, 8000 16984, has_genre, 29732 16984, REL5, 8000 4656, has_genre, 29732 4656, REL5, 8000 14566, has_genre, 29732 14566, REL5, 8000 16212, has_genre, 29732 16212, REL5, 8000 38299, has_genre, 29732 38299, REL5, 8000 38299, release_year, 8878 34344, has_genre, 29732 34344, REL5, 8000 24334, has_genre, 29732 24334, REL5, 8000 10903, has_genre, 29732 10903, REL5, 8000 14071, has_genre, 29732 14071, REL5, 8000 37379, has_genre, 29732 37379, REL5, 8000 39050, has_genre, 29732 39050, REL5, 8000 13620, has_genre, 29732 13620, REL5, 8000 30538, has_genre, 29732 30538, REL5, 8000 29374, has_genre, 29732 29374, REL5, 8000 20834, has_genre, 29732 20834, REL5, 8000 26119, has_genre, 29732 26119, release_year, 8878 1408, has_genre, 29732 1408, REL5, 8000 20982, has_genre, 29732 20982, REL5, 8000 14257, has_genre, 29732 14257, REL5, 8000 18609, has_genre, 29732 18609, REL5, 8000 5568, has_genre, 29732 5568, REL5, 8000 34077, has_genre, 29732 34077, REL5, 8000 37835, has_genre, 29732 37835, REL5, 8000 21611, has_genre, 29732 21611, REL5, 8000 4349, has_genre, 29732 4349, REL5, 8000 806, has_genre, 29732 806, REL5, 8000 19723, has_genre, 29732 19723, REL5, 8000 22689, has_genre, 29732 22689, REL5, 8000 26040, has_genre, 29732 26040, REL5, 8000 9398, has_genre, 29732 9398, REL5, 8000 16375, has_genre, 29732 16375, REL5, 8000 34744, has_genre, 29732 34744, REL5, 29732 34744, REL5, 8000 38472, has_genre, 29732 38472, REL5, 8000 197, has_genre, 29732 197, REL5, 8000 24254, has_genre, 29732 24254, REL5, 8000 3226, has_genre, 29732 3226, REL5, 8000 18370, has_genre, 29732 18370, REL5, 8000 Question: In what context are CRIMES OF THE HEART and ENT23776 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["CRIMES OF THE HEART", "ENT23776"], "valid_edges": [["ENT252", "has_genre", "ENT31609"], ["ENT252", "REL5", "ENT31610"], ["BLACKBALL", "has_genre", "ENT31609"], ["BLACKBALL", "REL5", "ENT31610"], ["ENT4832", "has_genre", "ENT31609"], ["ENT4832", "REL5", "ENT31610"], ["BULL DURHAM", "has_genre", "ENT31609"], ["BULL DURHAM", "REL5", "ENT31610"], ["CADDYSHACK", "has_genre", "ENT31609"], ["CADDYSHACK", "REL5", "ENT31610"], ["CRIMES OF THE HEART", "release_year", "ENT154"], ["ENT9731", "has_genre", "ENT31609"], ["ENT9731", "REL5", "ENT31610"], ["ENT10243", "has_genre", "ENT31609"], ["ENT10243", "REL5", "ENT31610"], ["FACING ALI", "has_genre", "ENT31609"], ["FACING ALI", "REL5", "ENT31610"], ["FRIDAY NIGHT LIGHTS", "has_genre", "ENT31609"], ["FRIDAY NIGHT LIGHTS", "REL5", "ENT31610"], ["GIRLFIGHT", "has_genre", "ENT31609"], ["GIRLFIGHT", "REL5", "ENT31610"], ["ENT13070", "has_genre", "ENT31609"], ["ENT13070", "REL5", "ENT31610"], ["ENT13134", "has_genre", "ENT31609"], ["ENT13134", "REL5", "ENT31610"], ["GRIDIRON GANG", "has_genre", "ENT31609"], ["GRIDIRON GANG", "REL5", "ENT31610"], ["GRUDGE MATCH", "has_genre", "ENT31609"], ["GRUDGE MATCH", "REL5", "ENT31610"], ["ENT13898", "has_genre", "ENT31609"], ["ENT13898", "REL5", "ENT31610"], ["ENT14138", "has_genre", "ENT31609"], ["ENT14138", "REL5", "ENT31610"], ["ENT14675", "has_genre", "ENT31609"], ["ENT14675", "REL5", "ENT31610"], ["HOOSIERS", "has_genre", "ENT31609"], ["HOOSIERS", "REL5", "ENT31610"], ["HOOSIERS", "release_year", "ENT154"], ["ENT15520", "has_genre", "ENT31609"], ["ENT15520", "REL5", "ENT31610"], ["KINGPIN", "has_genre", "ENT31609"], ["KINGPIN", "REL5", "ENT31610"], ["ENT23776", "has_genre", "ENT31609"], ["ENT23776", "REL5", "ENT31610"], ["ENT23777", "has_genre", "ENT31609"], ["ENT23777", "REL5", "ENT31610"], ["ENT23840", "has_genre", "ENT31609"], ["ENT23840", "REL5", "ENT31610"], ["ENT24026", "has_genre", "ENT31609"], ["ENT24026", "REL5", "ENT31610"], ["ENT27722", "has_genre", "ENT31609"], ["ENT27722", "REL5", "ENT31610"], ["ENT28110", "has_genre", "ENT31609"], ["ENT28110", "REL5", "ENT31610"], ["ENT29118", "has_genre", "ENT31609"], ["ENT29118", "REL5", "ENT31610"], ["ROCKY IV", "has_genre", "ENT31609"], ["ROCKY IV", "REL5", "ENT31610"], ["ENT29127", "has_genre", "ENT31609"], ["ENT29127", "release_year", "ENT154"], ["ENT29235", "has_genre", "ENT31609"], ["ENT29235", "REL5", "ENT31610"], ["ENT29527", "has_genre", "ENT31609"], ["ENT29527", "REL5", "ENT31610"], ["SEMI-PRO", "has_genre", "ENT31609"], ["SEMI-PRO", "REL5", "ENT31610"], ["ENT32341", "has_genre", "ENT31609"], ["ENT32341", "REL5", "ENT31610"], ["THE BLIND SIDE", "has_genre", "ENT31609"], ["THE BLIND SIDE", "REL5", "ENT31610"], ["THE CRASH REEL", "has_genre", "ENT31609"], ["THE CRASH REEL", "REL5", "ENT31610"], ["ENT34206", "has_genre", "ENT31609"], ["ENT34206", "REL5", "ENT31610"], ["ENT34261", "has_genre", "ENT31609"], ["ENT34261", "REL5", "ENT31610"], ["ENT34378", "has_genre", "ENT31609"], ["ENT34378", "REL5", "ENT31610"], ["ENT34539", "has_genre", "ENT31609"], ["ENT34539", "REL5", "ENT31610"], ["ENT34830", "has_genre", "ENT31609"], ["ENT34830", "REL5", "ENT31610"], ["THE LONGEST YARD", "has_genre", "ENT31609"], ["THE LONGEST YARD", "REL5", "ENT31610"], ["THE MIRACLE OF BERN", "has_genre", "ENT31609"], ["THE MIRACLE OF BERN", "REL5", "ENT31610"], ["THE ROOKIE", "has_genre", "ENT31609"], ["THE ROOKIE", "REL5", "ENT31610"], ["ENT36594", "has_genre", "ENT31609"], ["ENT36594", "REL5", "ENT31610"], ["ENT36736", "has_genre", "ENT31609"], ["ENT36736", "REL5", "ENT31609"], ["ENT36736", "REL5", "ENT31610"], ["TROUBLE WITH THE CURVE", "has_genre", "ENT31609"], ["TROUBLE WITH THE CURVE", "REL5", "ENT31610"], ["ENT37968", "has_genre", "ENT31609"], ["ENT37968", "REL5", "ENT31610"], ["ENT38852", "has_genre", "ENT31609"], ["ENT38852", "REL5", "ENT31610"], ["WHITE MEN CAN'T JUMP", "has_genre", "ENT31609"], ["WHITE MEN CAN'T JUMP", "REL5", "ENT31610"], ["WITHOUT LIMITS", "has_genre", "ENT31609"], ["WITHOUT LIMITS", "REL5", "ENT31610"]]}
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 25341, 1933 24069, BASIL DICKEY 1535, DUCK SOUP 31746, ENT22455 2145, TARZAN THE FEARLESS src, edge_attr, dst 1535, REL5, 31746 1535, release_year, 25341 2145, release_year, 25341 2145, REL9, 24069 Question: For what reason are BASIL DICKEY and ENT22455 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["BASIL DICKEY", "ENT22455"], "valid_edges": [["DUCK SOUP", "REL5", "ENT22455"], ["DUCK SOUP", "release_year", "1933"], ["TARZAN THE FEARLESS", "release_year", "1933"], ["TARZAN THE FEARLESS", "REL9", "BASIL DICKEY"]]}
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 39808, ENT89 38929, 7TH HEAVEN 29550, ENT8983 27196, ENT11890 18715, ROBERT A. STEMMLE src, edge_attr, dst 38929, directed_by, 27196 38929, REL5, 27196 38929, release_year, 39808 29550, directed_by, 27196 29550, REL5, 27196 29550, REL9, 18715 Question: For what reason are ENT89 and ROBERT A. STEMMLE associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT89", "ROBERT A. STEMMLE"], "valid_edges": [["7TH HEAVEN", "directed_by", "ENT11890"], ["7TH HEAVEN", "REL5", "ENT11890"], ["7TH HEAVEN", "release_year", "ENT89"], ["ENT8983", "directed_by", "ENT11890"], ["ENT8983", "REL5", "ENT11890"], ["ENT8983", "REL9", "ROBERT A. STEMMLE"]]}
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 663, ENT991 2344, ENT10336 27956, HARRISON'S FLOWERS 37776, ENT23292 22640, ENT36366 33303, WRECKED src, edge_attr, dst 27956, REL8, 663 27956, REL8, 2344 22640, REL5, 663 22640, REL8, 2344 33303, directed_by, 37776 33303, REL8, 663 Question: For what reason are ENT10336 and ENT23292 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT10336", "ENT23292"], "valid_edges": [["HARRISON'S FLOWERS", "REL8", "ENT991"], ["HARRISON'S FLOWERS", "REL8", "ENT10336"], ["ENT36366", "REL5", "ENT991"], ["ENT36366", "REL8", "ENT10336"], ["WRECKED", "directed_by", "ENT23292"], ["WRECKED", "REL8", "ENT991"]]}
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 24382, DR. JEKYLL AND MS. HYDE 8264, JEKYLL AND HYDE... TOGETHER AGAIN 13933, ENT24305 29770, ROBERT LOUIS STEVENSON 25892, ENT31239 12895, ENT36246 7590, ENT36738 src, edge_attr, dst 24382, has_genre, 17148 24382, REL9, 29770 8264, has_genre, 17148 8264, REL5, 29770 8264, REL9, 29770 13933, has_genre, 17148 13933, REL5, 29770 13933, REL9, 29770 25892, has_genre, 17148 12895, REL5, 29770 12895, REL9, 29770 7590, has_genre, 17148 7590, REL9, 29770 Question: In what context are ENT31239 and ENT36246 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT31239", "ENT36246"], "valid_edges": [["DR. JEKYLL AND MS. HYDE", "has_genre", "ENT7161"], ["DR. JEKYLL AND MS. HYDE", "REL9", "ROBERT LOUIS STEVENSON"], ["JEKYLL AND HYDE... TOGETHER AGAIN", "has_genre", "ENT7161"], ["JEKYLL AND HYDE... TOGETHER AGAIN", "REL5", "ROBERT LOUIS STEVENSON"], ["JEKYLL AND HYDE... TOGETHER AGAIN", "REL9", "ROBERT LOUIS STEVENSON"], ["ENT24305", "has_genre", "ENT7161"], ["ENT24305", "REL5", "ROBERT LOUIS STEVENSON"], ["ENT24305", "REL9", "ROBERT LOUIS STEVENSON"], ["ENT31239", "has_genre", "ENT7161"], ["ENT36246", "REL5", "ROBERT LOUIS STEVENSON"], ["ENT36246", "REL9", "ROBERT LOUIS STEVENSON"], ["ENT36738", "has_genre", "ENT7161"], ["ENT36738", "REL9", "ROBERT LOUIS STEVENSON"]]}
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 3538, 2011 24038, ENT3075 31391, BRITISH 19606, ILL MANORS 11297, ENT22325 3221, ENT28629 32002, THE AWAKENING 35342, ENT34834 11275, TRISHNA 35863, ENT38948 src, edge_attr, dst 24038, REL5, 31391 24038, release_year, 3538 19606, REL5, 31391 19606, REL8, 3221 11297, release_year, 3538 32002, REL5, 31391 32002, release_year, 3538 35342, REL5, 31391 35342, release_year, 3538 11275, release_year, 3538 11275, REL8, 3221 35863, REL5, 31391 35863, release_year, 3538 Question: For what reason are ILL MANORS and ENT22325 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ILL MANORS", "ENT22325"], "valid_edges": [["ENT3075", "REL5", "BRITISH"], ["ENT3075", "release_year", "2011"], ["ILL MANORS", "REL5", "BRITISH"], ["ILL MANORS", "REL8", "ENT28629"], ["ENT22325", "release_year", "2011"], ["THE AWAKENING", "REL5", "BRITISH"], ["THE AWAKENING", "release_year", "2011"], ["ENT34834", "REL5", "BRITISH"], ["ENT34834", "release_year", "2011"], ["TRISHNA", "release_year", "2011"], ["TRISHNA", "REL8", "ENT28629"], ["ENT38948", "REL5", "BRITISH"], ["ENT38948", "release_year", "2011"]]}
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 22696, ENT3569 13459, ENT4209 4932, CHARLES BRACKETT 17148, ENT7161 16661, DRAMA 29088, ENT12156 6956, HOLD BACK THE DAWN 31571, INTERIORS 17548, JACK LEMMON 34559, ENT19675 31600, ENT23617 29477, ENT23934 35904, ENT29727 21453, THE APARTMENT 35702, THE FRONT PAGE 26230, ENT35163 27842, WITNESS FOR THE PROSECUTION src, edge_attr, dst 6956, directed_by, 29477 6956, has_genre, 16661 6956, REL5, 29477 6956, REL9, 13459 6956, REL9, 4932 31571, has_genre, 16661 31571, REL8, 34559 31600, directed_by, 29477 31600, has_genre, 17148 31600, has_genre, 16661 31600, REL5, 29477 31600, REL9, 13459 31600, REL9, 4932 35904, directed_by, 13459 35904, has_genre, 17148 35904, has_genre, 16661 35904, REL5, 13459 35904, REL5, 16661 35904, in_language, 29088 35904, REL9, 13459 21453, directed_by, 13459 21453, has_genre, 17148 21453, has_genre, 16661 21453, REL5, 22696 21453, REL5, 13459 21453, REL5, 17148 21453, REL5, 17548 21453, in_language, 29088 21453, REL8, 17548 21453, REL9, 13459 35702, directed_by, 13459 35702, has_genre, 17148 35702, has_genre, 16661 35702, REL5, 22696 35702, REL5, 13459 35702, REL5, 17548 35702, REL8, 17548 35702, REL9, 13459 26230, directed_by, 13459 26230, has_genre, 16661 26230, REL5, 13459 26230, REL9, 13459 27842, directed_by, 13459 27842, has_genre, 16661 27842, REL5, 22696 27842, REL5, 13459 27842, REL9, 13459 Question: How are ENT4209 and ENT19675 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4209", "ENT19675"], "valid_edges": [["HOLD BACK THE DAWN", "directed_by", "ENT23934"], ["HOLD BACK THE DAWN", "has_genre", "DRAMA"], ["HOLD BACK THE DAWN", "REL5", "ENT23934"], ["HOLD BACK THE DAWN", "REL9", "ENT4209"], ["HOLD BACK THE DAWN", "REL9", "CHARLES BRACKETT"], ["INTERIORS", "has_genre", "DRAMA"], ["INTERIORS", "REL8", "ENT19675"], ["ENT23617", "directed_by", "ENT23934"], ["ENT23617", "has_genre", "ENT7161"], ["ENT23617", "has_genre", "DRAMA"], ["ENT23617", "REL5", "ENT23934"], ["ENT23617", "REL9", "ENT4209"], ["ENT23617", "REL9", "CHARLES BRACKETT"], ["ENT29727", "directed_by", "ENT4209"], ["ENT29727", "has_genre", "ENT7161"], ["ENT29727", "has_genre", "DRAMA"], ["ENT29727", "REL5", "ENT4209"], ["ENT29727", "REL5", "DRAMA"], ["ENT29727", "in_language", "ENT12156"], ["ENT29727", "REL9", "ENT4209"], ["THE APARTMENT", "directed_by", "ENT4209"], ["THE APARTMENT", "has_genre", "ENT7161"], ["THE APARTMENT", "has_genre", "DRAMA"], ["THE APARTMENT", "REL5", "ENT3569"], ["THE APARTMENT", "REL5", "ENT4209"], ["THE APARTMENT", "REL5", "ENT7161"], ["THE APARTMENT", "REL5", "JACK LEMMON"], ["THE APARTMENT", "in_language", "ENT12156"], ["THE APARTMENT", "REL8", "JACK LEMMON"], ["THE APARTMENT", "REL9", "ENT4209"], ["THE FRONT PAGE", "directed_by", "ENT4209"], ["THE FRONT PAGE", "has_genre", "ENT7161"], ["THE FRONT PAGE", "has_genre", "DRAMA"], ["THE FRONT PAGE", "REL5", "ENT3569"], ["THE FRONT PAGE", "REL5", "ENT4209"], ["THE FRONT PAGE", "REL5", "JACK LEMMON"], ["THE FRONT PAGE", "REL8", "JACK LEMMON"], ["THE FRONT PAGE", "REL9", "ENT4209"], ["ENT35163", "directed_by", "ENT4209"], ["ENT35163", "has_genre", "DRAMA"], ["ENT35163", "REL5", "ENT4209"], ["ENT35163", "REL9", "ENT4209"], ["WITNESS FOR THE PROSECUTION", "directed_by", "ENT4209"], ["WITNESS FOR THE PROSECUTION", "has_genre", "DRAMA"], ["WITNESS FOR THE PROSECUTION", "REL5", "ENT3569"], ["WITNESS FOR THE PROSECUTION", "REL5", "ENT4209"], ["WITNESS FOR THE PROSECUTION", "REL9", "ENT4209"]]}
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 12473, ENT197 25315, ENT6549 26083, ENT7858 23478, ENT13616 18642, ENT19889 27422, MIDDLE OF NOWHERE 37108, ENT24383 25326, SOLDIERS OF FORTUNE 21648, THE DEAL src, edge_attr, dst 23478, release_year, 12473 23478, REL8, 25315 23478, REL8, 26083 18642, release_year, 20922 27422, release_year, 20922 27422, release_year, 12473 37108, REL5, 26083 37108, release_year, 20922 37108, REL8, 26083 25326, release_year, 12473 25326, REL8, 25315 21648, release_year, 20922 21648, REL8, 25315 Question: How are GUNS, GIRLS and GAMBLING and LAKE CITY related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT13616", "ENT19889"], "valid_edges": [["ENT13616", "release_year", "ENT197"], ["ENT13616", "REL8", "ENT6549"], ["ENT13616", "REL8", "ENT7858"], ["ENT19889", "release_year", "ENT193"], ["MIDDLE OF NOWHERE", "release_year", "ENT193"], ["MIDDLE OF NOWHERE", "release_year", "ENT197"], ["ENT24383", "REL5", "ENT7858"], ["ENT24383", "release_year", "ENT193"], ["ENT24383", "REL8", "ENT7858"], ["SOLDIERS OF FORTUNE", "release_year", "ENT197"], ["SOLDIERS OF FORTUNE", "REL8", "ENT6549"], ["THE DEAL", "release_year", "ENT193"], ["THE DEAL", "REL8", "ENT6549"]]}
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 37899, ENT157 12643, ENT1991 26152, BATMAN 33003, BLIND FURY 24936, ENT7509 7363, ENT9247 35664, ENT9823 20973, HARLEM NIGHTS 20134, HOUSE OF WOMEN 18780, ENT17949 7631, PHYSICAL EVIDENCE 32880, RELENTLESS 2512, ENT28127 30023, THE HORROR SHOW src, edge_attr, dst 12643, has_genre, 24936 12643, release_year, 37899 26152, has_genre, 24936 26152, REL5, 24936 26152, release_year, 37899 33003, has_genre, 24936 33003, release_year, 37899 7363, has_genre, 24936 7363, release_year, 37899 35664, has_genre, 24936 35664, release_year, 37899 20973, has_genre, 24936 20973, release_year, 37899 20134, has_genre, 24936 18780, has_genre, 24936 18780, release_year, 37899 7631, has_genre, 24936 7631, release_year, 37899 32880, has_genre, 24936 32880, release_year, 37899 2512, has_genre, 24936 2512, release_year, 37899 30023, release_year, 37899 Question: In what context are HOUSE OF WOMEN and THE HORROR SHOW connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["HOUSE OF WOMEN", "THE HORROR SHOW"], "valid_edges": [["ENT1991", "has_genre", "ENT7509"], ["ENT1991", "release_year", "ENT157"], ["BATMAN", "has_genre", "ENT7509"], ["BATMAN", "REL5", "ENT7509"], ["BATMAN", "release_year", "ENT157"], ["BLIND FURY", "has_genre", "ENT7509"], ["BLIND FURY", "release_year", "ENT157"], ["ENT9247", "has_genre", "ENT7509"], ["ENT9247", "release_year", "ENT157"], ["ENT9823", "has_genre", "ENT7509"], ["ENT9823", "release_year", "ENT157"], ["HARLEM NIGHTS", "has_genre", "ENT7509"], ["HARLEM NIGHTS", "release_year", "ENT157"], ["HOUSE OF WOMEN", "has_genre", "ENT7509"], ["ENT17949", "has_genre", "ENT7509"], ["ENT17949", "release_year", "ENT157"], ["PHYSICAL EVIDENCE", "has_genre", "ENT7509"], ["PHYSICAL EVIDENCE", "release_year", "ENT157"], ["RELENTLESS", "has_genre", "ENT7509"], ["RELENTLESS", "release_year", "ENT157"], ["ENT28127", "has_genre", "ENT7509"], ["ENT28127", "release_year", "ENT157"], ["THE HORROR SHOW", "release_year", "ENT157"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 13583, 2007 9436, GABRIELLE RICHENS 21490, ENT12897 28618, ENT13721 33867, PETER FONDA src, edge_attr, dst 21490, REL5, 33867 21490, release_year, 13583 21490, REL8, 33867 28618, release_year, 13583 28618, REL8, 9436 Question: In what context are GABRIELLE RICHENS and PETER FONDA connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["GABRIELLE RICHENS", "PETER FONDA"], "valid_edges": [["ENT12897", "REL5", "PETER FONDA"], ["ENT12897", "release_year", "2007"], ["ENT12897", "REL8", "PETER FONDA"], ["ENT13721", "release_year", "2007"], ["ENT13721", "REL8", "GABRIELLE RICHENS"]]}
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, 1997 24759, FACE/OFF 13179, NIVEN BUSCH 10816, THE WESTERNER 26102, ENT39031 src, edge_attr, dst 24759, release_year, 24770 10816, has_genre, 26102 10816, REL9, 13179 26102, release_year, 24770 Question: In what context are FACE/OFF and NIVEN BUSCH connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["FACE/OFF", "NIVEN BUSCH"], "valid_edges": [["FACE/OFF", "release_year", "1997"], ["THE WESTERNER", "has_genre", "ENT39031"], ["THE WESTERNER", "REL9", "NIVEN BUSCH"], ["ENT39031", "release_year", "1997"]]}
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, 2009 12106, ENT4005 27766, ENT22824 34955, PETER HYAMS 2949, THE GRUFFALO src, edge_attr, dst 12106, directed_by, 34955 12106, release_year, 13063 12106, REL9, 34955 2949, directed_by, 27766 2949, release_year, 13063 2949, REL9, 27766 Question: In what context are ENT22824 and PETER HYAMS connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT22824", "PETER HYAMS"], "valid_edges": [["ENT4005", "directed_by", "PETER HYAMS"], ["ENT4005", "release_year", "2009"], ["ENT4005", "REL9", "PETER HYAMS"], ["THE GRUFFALO", "directed_by", "ENT22824"], ["THE GRUFFALO", "release_year", "2009"], ["THE GRUFFALO", "REL9", "ENT22824"]]}
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 3347, ENT12435 3888, ENT24793 36975, O.C. AND STIGGS 31462, SON OF RAMBOW src, edge_attr, dst 36975, has_genre, 17148 36975, REL8, 3888 31462, directed_by, 3347 31462, has_genre, 17148 31462, REL5, 3347 31462, REL9, 3347 Question: In what context are ENT12435 and ENT24793 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT12435", "ENT24793"], "valid_edges": [["O.C. AND STIGGS", "has_genre", "ENT7161"], ["O.C. AND STIGGS", "REL8", "ENT24793"], ["SON OF RAMBOW", "directed_by", "ENT12435"], ["SON OF RAMBOW", "has_genre", "ENT7161"], ["SON OF RAMBOW", "REL5", "ENT12435"], ["SON OF RAMBOW", "REL9", "ENT12435"]]}
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 30886, ENT19014 32068, NEW YORK 15541, TEMPLE GRANDIN 10034, ENT36301 src, edge_attr, dst 32068, REL8, 30886 15541, release_year, 13929 15541, REL9, 15541 10034, REL5, 32068 10034, release_year, 13929 Question: For what reason are ENT19014 and TEMPLE GRANDIN associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT19014", "TEMPLE GRANDIN"], "valid_edges": [["NEW YORK", "REL8", "ENT19014"], ["TEMPLE GRANDIN", "release_year", "ENT195"], ["TEMPLE GRANDIN", "REL9", "TEMPLE GRANDIN"], ["ENT36301", "REL5", "NEW YORK"], ["ENT36301", "release_year", "ENT195"]]}
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 25917, ENT1875 30566, BUNNY LAKE IS MISSING 28265, ENT11517 9465, LAURENCE OLIVIER 38476, MARATHON MAN 7086, ENT27968 1204, SLEUTH 2095, ENT33613 6512, THRILLER src, edge_attr, dst 25917, has_genre, 6512 30566, has_genre, 6512 30566, REL8, 9465 28265, REL8, 9465 38476, has_genre, 6512 38476, REL8, 9465 7086, has_genre, 6512 7086, REL5, 9465 7086, REL8, 9465 1204, has_genre, 6512 1204, REL5, 9465 1204, REL8, 9465 2095, has_genre, 6512 2095, REL8, 9465 Question: In what context are ENT1875 and ENT11517 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT1875", "ENT11517"], "valid_edges": [["ENT1875", "has_genre", "THRILLER"], ["BUNNY LAKE IS MISSING", "has_genre", "THRILLER"], ["BUNNY LAKE IS MISSING", "REL8", "LAURENCE OLIVIER"], ["ENT11517", "REL8", "LAURENCE OLIVIER"], ["MARATHON MAN", "has_genre", "THRILLER"], ["MARATHON MAN", "REL8", "LAURENCE OLIVIER"], ["ENT27968", "has_genre", "THRILLER"], ["ENT27968", "REL5", "LAURENCE OLIVIER"], ["ENT27968", "REL8", "LAURENCE OLIVIER"], ["SLEUTH", "has_genre", "THRILLER"], ["SLEUTH", "REL5", "LAURENCE OLIVIER"], ["SLEUTH", "REL8", "LAURENCE OLIVIER"], ["ENT33613", "has_genre", "THRILLER"], ["ENT33613", "REL8", "LAURENCE OLIVIER"]]}
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 29019, ENT22268 3380, SIMPLY IRRESISTIBLE 14943, THE SAPPHIRES src, edge_attr, dst 3380, directed_by, 29019 3380, has_genre, 17148 14943, has_genre, 17148 Question: For what reason are ENT22268 and THE SAPPHIRES associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT22268", "THE SAPPHIRES"], "valid_edges": [["SIMPLY IRRESISTIBLE", "directed_by", "ENT22268"], ["SIMPLY IRRESISTIBLE", "has_genre", "ENT7161"], ["THE SAPPHIRES", "has_genre", "ENT7161"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 11027, GOOD 28959, MARJORIE MAIN 35581, PINOCCHIO 1171, THE LONG, LONG TRAILER 5743, ENT39291 src, edge_attr, dst 35581, directed_by, 5743 35581, REL3, 11027 1171, REL3, 11027 1171, REL8, 28959 Question: How are MARJORIE MAIN and ENT39291 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["MARJORIE MAIN", "ENT39291"], "valid_edges": [["PINOCCHIO", "directed_by", "ENT39291"], ["PINOCCHIO", "REL3", "GOOD"], ["THE LONG, LONG TRAILER", "REL3", "GOOD"], ["THE LONG, LONG TRAILER", "REL8", "MARJORIE MAIN"]]}
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 29010, BULLET 16661, DRAMA 23313, HELL AND HIGH WATER 6956, HOLD BACK THE DAWN 12133, ENT38420 src, edge_attr, dst 29010, has_genre, 16661 23313, has_genre, 16661 23313, REL8, 12133 6956, has_genre, 16661 6956, REL8, 12133 Question: In what context are BULLET and ENT38420 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["BULLET", "ENT38420"], "valid_edges": [["BULLET", "has_genre", "DRAMA"], ["HELL AND HIGH WATER", "has_genre", "DRAMA"], ["HELL AND HIGH WATER", "REL8", "ENT38420"], ["HOLD BACK THE DAWN", "has_genre", "DRAMA"], ["HOLD BACK THE DAWN", "REL8", "ENT38420"]]}
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 15919, ENT42 34464, 1966 977, ENT9307 39643, LENNONYC 11392, MAD HOT BALLROOM 20708, ENT24862 641, THE ENDLESS SUMMER 34980, ENT39881 src, edge_attr, dst 15919, has_genre, 977 39643, has_genre, 977 39643, REL5, 20708 11392, has_genre, 977 11392, REL5, 977 11392, REL5, 20708 641, has_genre, 977 641, release_year, 34464 34980, REL5, 20708 34980, release_year, 34464 Question: In what context are ENT42 and ENT39881 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT42", "ENT39881"], "valid_edges": [["ENT42", "has_genre", "ENT9307"], ["LENNONYC", "has_genre", "ENT9307"], ["LENNONYC", "REL5", "ENT24862"], ["MAD HOT BALLROOM", "has_genre", "ENT9307"], ["MAD HOT BALLROOM", "REL5", "ENT9307"], ["MAD HOT BALLROOM", "REL5", "ENT24862"], ["THE ENDLESS SUMMER", "has_genre", "ENT9307"], ["THE ENDLESS SUMMER", "release_year", "1966"], ["ENT39881", "REL5", "ENT24862"], ["ENT39881", "release_year", "1966"]]}
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 4246, GRABBERS 4571, ENT15364 17770, ENT15571 24164, ENT30462 17478, ENT39062 src, edge_attr, dst 4246, REL5, 17770 4246, release_year, 12473 4571, directed_by, 24164 4571, release_year, 12473 4571, REL9, 24164 17478, in_language, 17770 17478, release_year, 12473 Question: How are ENT15571 and ENT30462 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT15571", "ENT30462"], "valid_edges": [["GRABBERS", "REL5", "ENT15571"], ["GRABBERS", "release_year", "ENT197"], ["ENT15364", "directed_by", "ENT30462"], ["ENT15364", "release_year", "ENT197"], ["ENT15364", "REL9", "ENT30462"], ["ENT39062", "in_language", "ENT15571"], ["ENT39062", "release_year", "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 26735, 1993 29969, CHARLOTTE GAINSBOURG 14190, ENT15049 2482, THE CEMENT GARDEN 30333, THE SANDLOT src, edge_attr, dst 14190, REL5, 29969 14190, REL8, 29969 2482, REL5, 29969 2482, release_year, 26735 2482, REL8, 29969 30333, release_year, 26735 Question: For what reason are ENT15049 and THE SANDLOT associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT15049", "THE SANDLOT"], "valid_edges": [["ENT15049", "REL5", "CHARLOTTE GAINSBOURG"], ["ENT15049", "REL8", "CHARLOTTE GAINSBOURG"], ["THE CEMENT GARDEN", "REL5", "CHARLOTTE GAINSBOURG"], ["THE CEMENT GARDEN", "release_year", "1993"], ["THE CEMENT GARDEN", "REL8", "CHARLOTTE GAINSBOURG"], ["THE SANDLOT", "release_year", "1993"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 9165, 1941 8921, ENT2372 16690, BORN TO DANCE 17148, ENT7161 11027, GOOD 32269, ENT15695 38249, JAMES PONSOLDT 34442, ENT19855 4787, ENT20728 26432, ENT24364 28646, ENT24387 19361, NANCY GOES TO RIO 822, ENT25349 181, ENT26580 30534, POT O' GOLD 23074, THE BIG STORE 38543, THE OPPOSITE SEX 32101, ENT36177 16012, ENT37866 26215, ENT39866 13656, ENT39880 src, edge_attr, dst 9165, has_genre, 17148 16690, has_genre, 26432 16690, REL3, 11027 11027, REL3, 11027 32269, has_genre, 26432 32269, release_year, 9165 34442, directed_by, 822 34442, has_genre, 26432 34442, REL3, 11027 34442, release_year, 9165 34442, REL8, 8921 34442, REL8, 4787 28646, has_genre, 26432 28646, REL3, 11027 19361, has_genre, 26432 19361, REL8, 8921 181, directed_by, 822 181, has_genre, 26432 30534, has_genre, 26432 30534, release_year, 9165 23074, REL3, 11027 23074, release_year, 9165 38543, has_genre, 26432 38543, REL3, 11027 32101, directed_by, 38249 32101, has_genre, 17148 32101, REL5, 38249 16012, has_genre, 26432 16012, REL3, 11027 26215, REL3, 11027 26215, REL5, 4787 26215, REL8, 4787 13656, has_genre, 26432 13656, REL3, 11027 13656, release_year, 9165 Question: How are JAMES PONSOLDT and ENT19855 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["JAMES PONSOLDT", "ENT19855"], "valid_edges": [["1941", "has_genre", "ENT7161"], ["BORN TO DANCE", "has_genre", "ENT24364"], ["BORN TO DANCE", "REL3", "GOOD"], ["GOOD", "REL3", "GOOD"], ["ENT15695", "has_genre", "ENT24364"], ["ENT15695", "release_year", "1941"], ["ENT19855", "directed_by", "ENT25349"], ["ENT19855", "has_genre", "ENT24364"], ["ENT19855", "REL3", "GOOD"], ["ENT19855", "release_year", "1941"], ["ENT19855", "REL8", "ENT2372"], ["ENT19855", "REL8", "ENT20728"], ["ENT24387", "has_genre", "ENT24364"], ["ENT24387", "REL3", "GOOD"], ["NANCY GOES TO RIO", "has_genre", "ENT24364"], ["NANCY GOES TO RIO", "REL8", "ENT2372"], ["ENT26580", "directed_by", "ENT25349"], ["ENT26580", "has_genre", "ENT24364"], ["POT O' GOLD", "has_genre", "ENT24364"], ["POT O' GOLD", "release_year", "1941"], ["THE BIG STORE", "REL3", "GOOD"], ["THE BIG STORE", "release_year", "1941"], ["THE OPPOSITE SEX", "has_genre", "ENT24364"], ["THE OPPOSITE SEX", "REL3", "GOOD"], ["ENT36177", "directed_by", "JAMES PONSOLDT"], ["ENT36177", "has_genre", "ENT7161"], ["ENT36177", "REL5", "JAMES PONSOLDT"], ["ENT37866", "has_genre", "ENT24364"], ["ENT37866", "REL3", "GOOD"], ["ENT39866", "REL3", "GOOD"], ["ENT39866", "REL5", "ENT20728"], ["ENT39866", "REL8", "ENT20728"], ["ENT39880", "has_genre", "ENT24364"], ["ENT39880", "REL3", "GOOD"], ["ENT39880", "release_year", "1941"]]}
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 2511, 2013 24141, GLORIA 10264, ENT22900 20112, PAULINA GARCÍA src, edge_attr, dst 24141, release_year, 2511 24141, REL8, 20112 10264, release_year, 2511 Question: In what context are ME, MYSELF and MUM and PAULINA GARCÍA connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT22900", "PAULINA GARCÍA"], "valid_edges": [["GLORIA", "release_year", "2013"], ["GLORIA", "REL8", "PAULINA GARCÍA"], ["ENT22900", "release_year", "2013"]]}
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 3913, CURSE OF CHUCKY 35361, DANIELLE BISUTTI 37852, HORROR 4426, MARTYRS 16876, NO GREATER LOVE src, edge_attr, dst 3913, has_genre, 37852 3913, REL5, 37852 3913, REL8, 35361 4426, has_genre, 37852 4426, REL5, 37852 16876, REL8, 35361 Question: For what reason are MARTYRS and NO GREATER LOVE associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["MARTYRS", "NO GREATER LOVE"], "valid_edges": [["CURSE OF CHUCKY", "has_genre", "HORROR"], ["CURSE OF CHUCKY", "REL5", "HORROR"], ["CURSE OF CHUCKY", "REL8", "DANIELLE BISUTTI"], ["MARTYRS", "has_genre", "HORROR"], ["MARTYRS", "REL5", "HORROR"], ["NO GREATER LOVE", "REL8", "DANIELLE BISUTTI"]]}
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 20700, 1949 3612, ENT479 20759, ENT2867 37579, ENT36051 15084, VERA CASPARY src, edge_attr, dst 3612, release_year, 20700 3612, REL9, 15084 37579, release_year, 20700 37579, REL9, 20759 Question: For what reason are ENT2867 and VERA CASPARY associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT2867", "VERA CASPARY"], "valid_edges": [["ENT479", "release_year", "1949"], ["ENT479", "REL9", "VERA CASPARY"], ["ENT36051", "release_year", "1949"], ["ENT36051", "REL9", "ENT2867"]]}
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 21623, JOHN CUSACK 3922, LAINIE KAZAN 252, ENT34859 29548, ENT35276 src, edge_attr, dst 12473, REL5, 21623 12473, REL8, 21623 252, REL8, 21623 252, REL8, 3922 29548, release_year, 12473 Question: How are LAINIE KAZAN and ENT35276 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["LAINIE KAZAN", "ENT35276"], "valid_edges": [["ENT197", "REL5", "JOHN CUSACK"], ["ENT197", "REL8", "JOHN CUSACK"], ["ENT34859", "REL8", "JOHN CUSACK"], ["ENT34859", "REL8", "LAINIE KAZAN"], ["ENT35276", "release_year", "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 8292, ENT2512 35505, ENT3241 17148, ENT7161 20804, ENT9488 20174, ENT9788 12324, NEXT DAY AIR 32117, ENT37804 23593, UPTOWN GIRLS src, edge_attr, dst 8292, has_genre, 17148 8292, REL8, 20174 35505, has_genre, 17148 35505, REL8, 20804 12324, has_genre, 17148 12324, REL8, 20804 32117, has_genre, 17148 32117, REL8, 20804 23593, has_genre, 17148 23593, REL8, 20804 Question: For what reason are ENT9488 and ENT9788 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT9488", "ENT9788"], "valid_edges": [["ENT2512", "has_genre", "ENT7161"], ["ENT2512", "REL8", "ENT9788"], ["ENT3241", "has_genre", "ENT7161"], ["ENT3241", "REL8", "ENT9488"], ["NEXT DAY AIR", "has_genre", "ENT7161"], ["NEXT DAY AIR", "REL8", "ENT9488"], ["ENT37804", "has_genre", "ENT7161"], ["ENT37804", "REL8", "ENT9488"], ["UPTOWN GIRLS", "has_genre", "ENT7161"], ["UPTOWN GIRLS", "REL8", "ENT9488"]]}
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 22696, ENT3569 8567, BRAMWELL FLETCHER 10288, ENT21447 23528, SVENGALI src, edge_attr, dst 13929, REL5, 22696 10288, release_year, 13929 23528, REL5, 22696 23528, REL8, 8567 Question: In what context are BRAMWELL FLETCHER and ENT21447 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["BRAMWELL FLETCHER", "ENT21447"], "valid_edges": [["ENT195", "REL5", "ENT3569"], ["ENT21447", "release_year", "ENT195"], ["SVENGALI", "REL5", "ENT3569"], ["SVENGALI", "REL8", "BRAMWELL FLETCHER"]]}
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 6444, DINO VINDENI 15453, HERBERT J. LEDER 37852, HORROR 4453, LITTLE WITCHES 25844, ENT34359 src, edge_attr, dst 4453, has_genre, 37852 4453, REL9, 6444 25844, directed_by, 15453 25844, has_genre, 37852 25844, REL9, 15453 Question: For what reason are DINO VINDENI and HERBERT J. LEDER associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["DINO VINDENI", "HERBERT J. LEDER"], "valid_edges": [["LITTLE WITCHES", "has_genre", "HORROR"], ["LITTLE WITCHES", "REL9", "DINO VINDENI"], ["ENT34359", "directed_by", "HERBERT J. LEDER"], ["ENT34359", "has_genre", "HORROR"], ["ENT34359", "REL9", "HERBERT J. LEDER"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 16661, DRAMA 28814, JUSTIN PIERCE 21229, KIDS 15522, KORKORO src, edge_attr, dst 21229, has_genre, 16661 21229, REL8, 28814 15522, has_genre, 16661 Question: How are JUSTIN PIERCE and KORKORO related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["JUSTIN PIERCE", "KORKORO"], "valid_edges": [["KIDS", "has_genre", "DRAMA"], ["KIDS", "REL8", "JUSTIN PIERCE"], ["KORKORO", "has_genre", "DRAMA"]]}
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 37305, ENT63 20086, ENT188 22878, ENT203 10616, 300 MILES TO HEAVEN 31661, ENT590 12543, ALILA 23890, ENT1660 28323, ENT1672 14800, ENT1887 9992, ENT1999 17536, AVALON 19032, BAD BOYS 36613, ENT3297 14260, ENT4007 18612, BIG FISH 25614, BRIGHT FUTURE 5171, BRIGHT YOUNG THINGS 21982, ENT5463 30298, CAMOUFLAGE 2909, CARANDIRU 2240, ENT6929 4217, COLD MOUNTAIN 38043, DAVID E. TOLCHINSKY 975, DAY OF THE WACKO 25403, ENT8597 30733, DOGVILLE 12410, ENT9549 16661, DRAMA 17519, ENT10250 10754, ENT10321 36592, EVIL 17962, ENT11630 39745, FLYWHEEL 5460, ENT11787 20821, ENT12348 9341, ENT12389 23530, GIRL 11520, GIRL WITH A PEARL EARRING 2814, HOLES 37134, HOPE SPRINGS 25234, ENT14789 37455, I ACCUSE 33888, ENT15129 13130, ENT15329 5648, IN THE CITY 3582, ENT15389 37982, ENT15692 34595, ENT15709 6935, ENT16437 20540, ENT18142 8138, ENT18772 2737, ENT20057 17677, LEVITY 7711, LOST IN TRANSLATION 3323, LOVE COMES SOFTLY 22244, MAIN PREM KI DIWANI HOON 1931, ENT22556 16687, MATCHSTICK MEN 8583, ENT24007 22265, MONSTER 1398, MOONLIGHTING 27580, MY LIFE WITHOUT ME 37684, MYSTIC RIVER 10480, NATHALIE... 25484, NORMAL 10552, ENT25505 10027, OPEN WATER 4573, ENT25801 29761, ENT25862 35274, OUT OF THE ASHES 4967, ENT26119 26412, PIECES OF APRIL 36362, ENT27227 33771, ENT27996 10513, ROADS TO KOKTEBEL 14466, ENT29091 38417, SAINTS AND SOLDIERS 27900, SALTO 19187, ENT30013 15996, ENT30166 12460, ENT30380 17328, ENT30662 9870, SHATTERED GLASS 28139, ENT31342 4277, ENT31464 11213, SPIN 7623, ENT32215 26080, SUICIDE ROOM 30031, SYLVIA 32857, ENT32661 5567, TAKE MY EYES 12280, ENT32892 36947, THE ASHES 6200, THE BARBARIAN INVASIONS 29300, THE BATTLE OF SHAKER HEIGHTS 26352, THE BIG EMPTY 14383, THE COOLER 29628, THE DARK HOUSE 22034, ENT34005 2074, THE DREAMERS 24116, ENT34189 24450, ENT34265 29204, THE HUMAN STAIN 29049, THE LOST PRINCE 31382, THE MUDGE BOY 31803, THE PROMISED LAND 20521, THE RETURN 14976, THE ROOM 17059, ENT36069 38810, THE SLEEPING DICTIONARY 37558, THE STATEMENT 35303, ENT36212 22737, THE STORY OF MARIE AND JULIEN 33602, ENT36239 22911, THE UNITED STATES OF LELAND 9053, THE WAY BACK 37986, THE WEDDING NIGHT 5331, ENT36700 2486, THIRTEEN 6005, ENT37158 11897, ENT37962 34125, ENT38104 38119, VOICES OF A DISTANT STAR 33991, WITH FIRE AND SWORD 25522, ENT39682 2878, ENT39735 37722, ENT39889 src, edge_attr, dst 37305, has_genre, 16661 37305, release_year, 20086 22878, has_genre, 16661 22878, REL5, 16661 22878, release_year, 20086 10616, has_genre, 16661 10616, in_language, 36362 31661, has_genre, 16661 31661, in_language, 36362 12543, has_genre, 16661 12543, release_year, 20086 23890, has_genre, 16661 23890, in_language, 36362 28323, has_genre, 16661 28323, release_year, 20086 14800, has_genre, 16661 14800, release_year, 20086 9992, has_genre, 16661 9992, release_year, 20086 17536, has_genre, 16661 17536, in_language, 36362 19032, has_genre, 16661 19032, release_year, 20086 36613, has_genre, 16661 36613, release_year, 20086 14260, has_genre, 16661 14260, release_year, 20086 18612, has_genre, 16661 18612, release_year, 20086 25614, has_genre, 16661 25614, release_year, 20086 5171, has_genre, 16661 5171, release_year, 20086 21982, has_genre, 16661 21982, in_language, 36362 30298, has_genre, 16661 30298, in_language, 36362 2909, has_genre, 16661 2909, release_year, 20086 2240, has_genre, 16661 2240, release_year, 20086 4217, has_genre, 16661 4217, REL5, 16661 4217, release_year, 20086 975, has_genre, 16661 975, in_language, 36362 25403, has_genre, 16661 25403, release_year, 20086 30733, has_genre, 16661 30733, REL5, 16661 30733, release_year, 20086 12410, has_genre, 16661 12410, release_year, 20086 17519, has_genre, 16661 17519, release_year, 20086 10754, has_genre, 16661 10754, release_year, 20086 36592, has_genre, 16661 36592, release_year, 20086 17962, has_genre, 16661 17962, in_language, 36362 39745, has_genre, 16661 39745, release_year, 20086 5460, has_genre, 16661 5460, in_language, 36362 20821, has_genre, 16661 20821, release_year, 20086 9341, has_genre, 16661 9341, release_year, 20086 23530, has_genre, 16661 23530, REL9, 38043 11520, has_genre, 16661 11520, REL5, 16661 11520, release_year, 20086 2814, has_genre, 16661 2814, release_year, 20086 37134, has_genre, 16661 37134, release_year, 20086 25234, has_genre, 16661 25234, release_year, 20086 37455, has_genre, 16661 37455, release_year, 20086 33888, has_genre, 16661 33888, release_year, 20086 13130, has_genre, 16661 13130, in_language, 36362 5648, has_genre, 16661 5648, release_year, 20086 3582, has_genre, 16661 3582, release_year, 20086 37982, has_genre, 16661 37982, release_year, 20086 34595, has_genre, 16661 34595, release_year, 20086 6935, has_genre, 16661 6935, release_year, 20086 20540, has_genre, 16661 20540, release_year, 20086 8138, has_genre, 16661 8138, release_year, 20086 2737, has_genre, 16661 2737, release_year, 20086 17677, has_genre, 16661 17677, release_year, 20086 7711, has_genre, 16661 7711, release_year, 20086 3323, has_genre, 16661 3323, release_year, 20086 22244, has_genre, 16661 22244, release_year, 20086 1931, has_genre, 16661 1931, release_year, 20086 16687, has_genre, 16661 16687, REL5, 16661 16687, release_year, 20086 8583, has_genre, 16661 8583, release_year, 20086 22265, has_genre, 16661 22265, REL5, 16661 22265, release_year, 20086 1398, has_genre, 16661 1398, in_language, 36362 27580, has_genre, 16661 27580, release_year, 20086 37684, has_genre, 16661 37684, REL5, 16661 37684, release_year, 20086 10480, has_genre, 16661 10480, release_year, 20086 25484, has_genre, 16661 25484, release_year, 20086 10552, has_genre, 16661 10552, REL5, 16661 10552, release_year, 20086 10027, has_genre, 16661 10027, release_year, 20086 4573, has_genre, 16661 4573, release_year, 20086 29761, has_genre, 16661 29761, release_year, 20086 35274, has_genre, 16661 35274, release_year, 20086 4967, has_genre, 16661 4967, release_year, 20086 26412, has_genre, 16661 26412, release_year, 20086 33771, has_genre, 16661 33771, release_year, 20086 10513, has_genre, 16661 10513, release_year, 20086 14466, has_genre, 16661 14466, release_year, 20086 38417, has_genre, 16661 38417, release_year, 20086 27900, has_genre, 16661 27900, REL5, 36362 27900, in_language, 36362 19187, has_genre, 16661 19187, REL5, 16661 19187, release_year, 20086 15996, has_genre, 16661 15996, REL5, 16661 15996, in_language, 36362 12460, has_genre, 16661 12460, release_year, 20086 17328, has_genre, 16661 17328, release_year, 20086 9870, has_genre, 16661 9870, release_year, 20086 28139, has_genre, 16661 28139, release_year, 20086 4277, has_genre, 16661 4277, in_language, 36362 11213, has_genre, 16661 11213, release_year, 20086 7623, has_genre, 16661 7623, release_year, 20086 26080, has_genre, 16661 26080, in_language, 36362 30031, has_genre, 16661 30031, release_year, 20086 32857, has_genre, 16661 32857, in_language, 36362 32857, release_year, 20086 5567, has_genre, 16661 5567, release_year, 20086 12280, has_genre, 16661 12280, in_language, 36362 36947, has_genre, 16661 36947, in_language, 36362 6200, has_genre, 16661 6200, release_year, 20086 29300, has_genre, 16661 29300, release_year, 20086 26352, has_genre, 16661 26352, release_year, 20086 14383, has_genre, 16661 14383, release_year, 20086 29628, has_genre, 16661 29628, in_language, 36362 22034, has_genre, 16661 22034, in_language, 36362 2074, has_genre, 16661 2074, release_year, 20086 24116, has_genre, 16661 24116, release_year, 20086 24450, has_genre, 16661 24450, release_year, 20086 29204, has_genre, 16661 29204, release_year, 20086 29049, has_genre, 16661 29049, release_year, 20086 31382, has_genre, 16661 31382, release_year, 20086 31803, has_genre, 16661 31803, in_language, 36362 20521, has_genre, 16661 20521, release_year, 20086 14976, has_genre, 16661 14976, release_year, 20086 17059, has_genre, 16661 17059, release_year, 20086 38810, has_genre, 16661 38810, release_year, 20086 37558, has_genre, 16661 37558, release_year, 20086 35303, has_genre, 16661 35303, release_year, 20086 22737, has_genre, 16661 22737, release_year, 20086 33602, has_genre, 16661 33602, release_year, 20086 22911, has_genre, 16661 22911, release_year, 20086 9053, has_genre, 16661 9053, in_language, 36362 37986, has_genre, 16661 37986, in_language, 36362 5331, has_genre, 16661 5331, in_language, 36362 2486, has_genre, 16661 2486, REL5, 16661 2486, release_year, 20086 6005, has_genre, 16661 6005, release_year, 20086 11897, has_genre, 16661 11897, release_year, 20086 34125, has_genre, 16661 34125, release_year, 20086 38119, has_genre, 16661 38119, release_year, 20086 33991, has_genre, 16661 33991, in_language, 36362 25522, has_genre, 16661 25522, release_year, 20086 2878, has_genre, 16661 2878, release_year, 20086 37722, has_genre, 16661 37722, release_year, 20086 Question: How are DAVID E. TOLCHINSKY and ENT32661 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["DAVID E. TOLCHINSKY", "ENT32661"], "valid_edges": [["ENT63", "has_genre", "DRAMA"], ["ENT63", "release_year", "ENT188"], ["ENT203", "has_genre", "DRAMA"], ["ENT203", "REL5", "DRAMA"], ["ENT203", "release_year", "ENT188"], ["300 MILES TO HEAVEN", "has_genre", "DRAMA"], ["300 MILES TO HEAVEN", "in_language", "ENT27227"], ["ENT590", "has_genre", "DRAMA"], ["ENT590", "in_language", "ENT27227"], ["ALILA", "has_genre", "DRAMA"], ["ALILA", "release_year", "ENT188"], ["ENT1660", "has_genre", "DRAMA"], ["ENT1660", "in_language", "ENT27227"], ["ENT1672", "has_genre", "DRAMA"], ["ENT1672", "release_year", "ENT188"], ["ENT1887", "has_genre", "DRAMA"], ["ENT1887", "release_year", "ENT188"], ["ENT1999", "has_genre", "DRAMA"], ["ENT1999", "release_year", "ENT188"], ["AVALON", "has_genre", "DRAMA"], ["AVALON", "in_language", "ENT27227"], ["BAD BOYS", "has_genre", "DRAMA"], ["BAD BOYS", "release_year", "ENT188"], ["ENT3297", "has_genre", "DRAMA"], ["ENT3297", "release_year", "ENT188"], ["ENT4007", "has_genre", "DRAMA"], ["ENT4007", "release_year", "ENT188"], ["BIG FISH", "has_genre", "DRAMA"], ["BIG FISH", "release_year", "ENT188"], ["BRIGHT FUTURE", "has_genre", "DRAMA"], ["BRIGHT FUTURE", "release_year", "ENT188"], ["BRIGHT YOUNG THINGS", "has_genre", "DRAMA"], ["BRIGHT YOUNG THINGS", "release_year", "ENT188"], ["ENT5463", "has_genre", "DRAMA"], ["ENT5463", "in_language", "ENT27227"], ["CAMOUFLAGE", "has_genre", "DRAMA"], ["CAMOUFLAGE", "in_language", "ENT27227"], ["CARANDIRU", "has_genre", "DRAMA"], ["CARANDIRU", "release_year", "ENT188"], ["ENT6929", "has_genre", "DRAMA"], ["ENT6929", "release_year", "ENT188"], ["COLD MOUNTAIN", "has_genre", "DRAMA"], ["COLD MOUNTAIN", "REL5", "DRAMA"], ["COLD MOUNTAIN", "release_year", "ENT188"], ["DAY OF THE WACKO", "has_genre", "DRAMA"], ["DAY OF THE WACKO", "in_language", "ENT27227"], ["ENT8597", "has_genre", "DRAMA"], ["ENT8597", "release_year", "ENT188"], ["DOGVILLE", "has_genre", "DRAMA"], ["DOGVILLE", "REL5", "DRAMA"], ["DOGVILLE", "release_year", "ENT188"], ["ENT9549", "has_genre", "DRAMA"], ["ENT9549", "release_year", "ENT188"], ["ENT10250", "has_genre", "DRAMA"], ["ENT10250", "release_year", "ENT188"], ["ENT10321", "has_genre", "DRAMA"], ["ENT10321", "release_year", "ENT188"], ["EVIL", "has_genre", "DRAMA"], ["EVIL", "release_year", "ENT188"], ["ENT11630", "has_genre", "DRAMA"], ["ENT11630", "in_language", "ENT27227"], ["FLYWHEEL", "has_genre", "DRAMA"], ["FLYWHEEL", "release_year", "ENT188"], ["ENT11787", "has_genre", "DRAMA"], ["ENT11787", "in_language", "ENT27227"], ["ENT12348", "has_genre", "DRAMA"], ["ENT12348", "release_year", "ENT188"], ["ENT12389", "has_genre", "DRAMA"], ["ENT12389", "release_year", "ENT188"], ["GIRL", "has_genre", "DRAMA"], ["GIRL", "REL9", "DAVID E. TOLCHINSKY"], ["GIRL WITH A PEARL EARRING", "has_genre", "DRAMA"], ["GIRL WITH A PEARL EARRING", "REL5", "DRAMA"], ["GIRL WITH A PEARL EARRING", "release_year", "ENT188"], ["HOLES", "has_genre", "DRAMA"], ["HOLES", "release_year", "ENT188"], ["HOPE SPRINGS", "has_genre", "DRAMA"], ["HOPE SPRINGS", "release_year", "ENT188"], ["ENT14789", "has_genre", "DRAMA"], ["ENT14789", "release_year", "ENT188"], ["I ACCUSE", "has_genre", "DRAMA"], ["I ACCUSE", "release_year", "ENT188"], ["ENT15129", "has_genre", "DRAMA"], ["ENT15129", "release_year", "ENT188"], ["ENT15329", "has_genre", "DRAMA"], ["ENT15329", "in_language", "ENT27227"], ["IN THE CITY", "has_genre", "DRAMA"], ["IN THE CITY", "release_year", "ENT188"], ["ENT15389", "has_genre", "DRAMA"], ["ENT15389", "release_year", "ENT188"], ["ENT15692", "has_genre", "DRAMA"], ["ENT15692", "release_year", "ENT188"], ["ENT15709", "has_genre", "DRAMA"], ["ENT15709", "release_year", "ENT188"], ["ENT16437", "has_genre", "DRAMA"], ["ENT16437", "release_year", "ENT188"], ["ENT18142", "has_genre", "DRAMA"], ["ENT18142", "release_year", "ENT188"], ["ENT18772", "has_genre", "DRAMA"], ["ENT18772", "release_year", "ENT188"], ["ENT20057", "has_genre", "DRAMA"], ["ENT20057", "release_year", "ENT188"], ["LEVITY", "has_genre", "DRAMA"], ["LEVITY", "release_year", "ENT188"], ["LOST IN TRANSLATION", "has_genre", "DRAMA"], ["LOST IN TRANSLATION", "release_year", "ENT188"], ["LOVE COMES SOFTLY", "has_genre", "DRAMA"], ["LOVE COMES SOFTLY", "release_year", "ENT188"], ["MAIN PREM KI DIWANI HOON", "has_genre", "DRAMA"], ["MAIN PREM KI DIWANI HOON", "release_year", "ENT188"], ["ENT22556", "has_genre", "DRAMA"], ["ENT22556", "release_year", "ENT188"], ["MATCHSTICK MEN", "has_genre", "DRAMA"], ["MATCHSTICK MEN", "REL5", "DRAMA"], ["MATCHSTICK MEN", "release_year", "ENT188"], ["ENT24007", "has_genre", "DRAMA"], ["ENT24007", "release_year", "ENT188"], ["MONSTER", "has_genre", "DRAMA"], ["MONSTER", "REL5", "DRAMA"], ["MONSTER", "release_year", "ENT188"], ["MOONLIGHTING", "has_genre", "DRAMA"], ["MOONLIGHTING", "in_language", "ENT27227"], ["MY LIFE WITHOUT ME", "has_genre", "DRAMA"], ["MY LIFE WITHOUT ME", "release_year", "ENT188"], ["MYSTIC RIVER", "has_genre", "DRAMA"], ["MYSTIC RIVER", "REL5", "DRAMA"], ["MYSTIC RIVER", "release_year", "ENT188"], ["NATHALIE...", "has_genre", "DRAMA"], ["NATHALIE...", "release_year", "ENT188"], ["NORMAL", "has_genre", "DRAMA"], ["NORMAL", "release_year", "ENT188"], ["ENT25505", "has_genre", "DRAMA"], ["ENT25505", "REL5", "DRAMA"], ["ENT25505", "release_year", "ENT188"], ["OPEN WATER", "has_genre", "DRAMA"], ["OPEN WATER", "release_year", "ENT188"], ["ENT25801", "has_genre", "DRAMA"], ["ENT25801", "release_year", "ENT188"], ["ENT25862", "has_genre", "DRAMA"], ["ENT25862", "release_year", "ENT188"], ["OUT OF THE ASHES", "has_genre", "DRAMA"], ["OUT OF THE ASHES", "release_year", "ENT188"], ["ENT26119", "has_genre", "DRAMA"], ["ENT26119", "release_year", "ENT188"], ["PIECES OF APRIL", "has_genre", "DRAMA"], ["PIECES OF APRIL", "release_year", "ENT188"], ["ENT27996", "has_genre", "DRAMA"], ["ENT27996", "release_year", "ENT188"], ["ROADS TO KOKTEBEL", "has_genre", "DRAMA"], ["ROADS TO KOKTEBEL", "release_year", "ENT188"], ["ENT29091", "has_genre", "DRAMA"], ["ENT29091", "release_year", "ENT188"], ["SAINTS AND SOLDIERS", "has_genre", "DRAMA"], ["SAINTS AND SOLDIERS", "release_year", "ENT188"], ["SALTO", "has_genre", "DRAMA"], ["SALTO", "REL5", "ENT27227"], ["SALTO", "in_language", "ENT27227"], ["ENT30013", "has_genre", "DRAMA"], ["ENT30013", "REL5", "DRAMA"], ["ENT30013", "release_year", "ENT188"], ["ENT30166", "has_genre", "DRAMA"], ["ENT30166", "REL5", "DRAMA"], ["ENT30166", "in_language", "ENT27227"], ["ENT30380", "has_genre", "DRAMA"], ["ENT30380", "release_year", "ENT188"], ["ENT30662", "has_genre", "DRAMA"], ["ENT30662", "release_year", "ENT188"], ["SHATTERED GLASS", "has_genre", "DRAMA"], ["SHATTERED GLASS", "release_year", "ENT188"], ["ENT31342", "has_genre", "DRAMA"], ["ENT31342", "release_year", "ENT188"], ["ENT31464", "has_genre", "DRAMA"], ["ENT31464", "in_language", "ENT27227"], ["SPIN", "has_genre", "DRAMA"], ["SPIN", "release_year", "ENT188"], ["ENT32215", "has_genre", "DRAMA"], ["ENT32215", "release_year", "ENT188"], ["SUICIDE ROOM", "has_genre", "DRAMA"], ["SUICIDE ROOM", "in_language", "ENT27227"], ["SYLVIA", "has_genre", "DRAMA"], ["SYLVIA", "release_year", "ENT188"], ["ENT32661", "has_genre", "DRAMA"], ["ENT32661", "in_language", "ENT27227"], ["ENT32661", "release_year", "ENT188"], ["TAKE MY EYES", "has_genre", "DRAMA"], ["TAKE MY EYES", "release_year", "ENT188"], ["ENT32892", "has_genre", "DRAMA"], ["ENT32892", "in_language", "ENT27227"], ["THE ASHES", "has_genre", "DRAMA"], ["THE ASHES", "in_language", "ENT27227"], ["THE BARBARIAN INVASIONS", "has_genre", "DRAMA"], ["THE BARBARIAN INVASIONS", "release_year", "ENT188"], ["THE BATTLE OF SHAKER HEIGHTS", "has_genre", "DRAMA"], ["THE BATTLE OF SHAKER HEIGHTS", "release_year", "ENT188"], ["THE BIG EMPTY", "has_genre", "DRAMA"], ["THE BIG EMPTY", "release_year", "ENT188"], ["THE COOLER", "has_genre", "DRAMA"], ["THE COOLER", "release_year", "ENT188"], ["THE DARK HOUSE", "has_genre", "DRAMA"], ["THE DARK HOUSE", "in_language", "ENT27227"], ["ENT34005", "has_genre", "DRAMA"], ["ENT34005", "in_language", "ENT27227"], ["THE DREAMERS", "has_genre", "DRAMA"], ["THE DREAMERS", "release_year", "ENT188"], ["ENT34189", "has_genre", "DRAMA"], ["ENT34189", "release_year", "ENT188"], ["ENT34265", "has_genre", "DRAMA"], ["ENT34265", "release_year", "ENT188"], ["THE HUMAN STAIN", "has_genre", "DRAMA"], ["THE HUMAN STAIN", "release_year", "ENT188"], ["THE LOST PRINCE", "has_genre", "DRAMA"], ["THE LOST PRINCE", "release_year", "ENT188"], ["THE MUDGE BOY", "has_genre", "DRAMA"], ["THE MUDGE BOY", "release_year", "ENT188"], ["THE PROMISED LAND", "has_genre", "DRAMA"], ["THE PROMISED LAND", "in_language", "ENT27227"], ["THE RETURN", "has_genre", "DRAMA"], ["THE RETURN", "release_year", "ENT188"], ["THE ROOM", "has_genre", "DRAMA"], ["THE ROOM", "release_year", "ENT188"], ["ENT36069", "has_genre", "DRAMA"], ["ENT36069", "release_year", "ENT188"], ["THE SLEEPING DICTIONARY", "has_genre", "DRAMA"], ["THE SLEEPING DICTIONARY", "release_year", "ENT188"], ["THE STATEMENT", "has_genre", "DRAMA"], ["THE STATEMENT", "release_year", "ENT188"], ["ENT36212", "has_genre", "DRAMA"], ["ENT36212", "release_year", "ENT188"], ["THE STORY OF MARIE AND JULIEN", "has_genre", "DRAMA"], ["THE STORY OF MARIE AND JULIEN", "release_year", "ENT188"], ["ENT36239", "has_genre", "DRAMA"], ["ENT36239", "release_year", "ENT188"], ["THE UNITED STATES OF LELAND", "has_genre", "DRAMA"], ["THE UNITED STATES OF LELAND", "release_year", "ENT188"], ["THE WAY BACK", "has_genre", "DRAMA"], ["THE WAY BACK", "in_language", "ENT27227"], ["THE WEDDING NIGHT", "has_genre", "DRAMA"], ["THE WEDDING NIGHT", "in_language", "ENT27227"], ["ENT36700", "has_genre", "DRAMA"], ["ENT36700", "in_language", "ENT27227"], ["THIRTEEN", "has_genre", "DRAMA"], ["THIRTEEN", "REL5", "DRAMA"], ["THIRTEEN", "release_year", "ENT188"], ["ENT37158", "has_genre", "DRAMA"], ["ENT37158", "release_year", "ENT188"], ["ENT37962", "has_genre", "DRAMA"], ["ENT37962", "release_year", "ENT188"], ["ENT38104", "has_genre", "DRAMA"], ["ENT38104", "release_year", "ENT188"], ["VOICES OF A DISTANT STAR", "has_genre", "DRAMA"], ["VOICES OF A DISTANT STAR", "release_year", "ENT188"], ["WITH FIRE AND SWORD", "has_genre", "DRAMA"], ["WITH FIRE AND SWORD", "in_language", "ENT27227"], ["ENT39682", "has_genre", "DRAMA"], ["ENT39682", "release_year", "ENT188"], ["ENT39735", "has_genre", "DRAMA"], ["ENT39735", "release_year", "ENT188"], ["ENT39889", "has_genre", "DRAMA"], ["ENT39889", "release_year", "ENT188"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 9048, 1996 12045, ALEX COX 9267, JOHN TATOULIS 32559, ENT36674 31140, ZONE 39 src, edge_attr, dst 32559, directed_by, 12045 32559, release_year, 9048 31140, directed_by, 9267 31140, release_year, 9048 Question: For what reason are ALEX COX and JOHN TATOULIS associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ALEX COX", "JOHN TATOULIS"], "valid_edges": [["ENT36674", "directed_by", "ALEX COX"], ["ENT36674", "release_year", "1996"], ["ZONE 39", "directed_by", "JOHN TATOULIS"], ["ZONE 39", "release_year", "1996"]]}
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, 1997 12473, ENT197 33402, ANNA KARENINA 37775, CHASING AMY 14026, CINDERELLA 21089, ROMANTIC 35708, ENT31551 25660, ENT36555 src, edge_attr, dst 12473, REL5, 35708 33402, release_year, 24770 33402, release_year, 12473 37775, REL5, 21089 37775, release_year, 24770 14026, REL5, 21089 14026, release_year, 24770 25660, REL5, 21089 25660, release_year, 12473 Question: For what reason are CHASING AMY and ENT31551 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["CHASING AMY", "ENT31551"], "valid_edges": [["ENT197", "REL5", "ENT31551"], ["ANNA KARENINA", "release_year", "1997"], ["ANNA KARENINA", "release_year", "ENT197"], ["CHASING AMY", "REL5", "ROMANTIC"], ["CHASING AMY", "release_year", "1997"], ["CINDERELLA", "REL5", "ROMANTIC"], ["CINDERELLA", "release_year", "1997"], ["ENT36555", "REL5", "ROMANTIC"], ["ENT36555", "release_year", "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 8308, DANIEL ALGRANT 16661, DRAMA 6606, PEOPLE I KNOW 11948, ROCCO SIFFREDI 22569, ENT29250 src, edge_attr, dst 6606, directed_by, 8308 6606, has_genre, 16661 22569, has_genre, 16661 22569, REL8, 11948 Question: For what reason are DANIEL ALGRANT and ROCCO SIFFREDI associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["DANIEL ALGRANT", "ROCCO SIFFREDI"], "valid_edges": [["PEOPLE I KNOW", "directed_by", "DANIEL ALGRANT"], ["PEOPLE I KNOW", "has_genre", "DRAMA"], ["ENT29250", "has_genre", "DRAMA"], ["ENT29250", "REL8", "ROCCO SIFFREDI"]]}
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 20382, ENT1630 17148, ENT7161 887, DE L'AUTRE CÔTÉ DU LIT 37864, ENT18613 8455, THE GOOD GUY src, edge_attr, dst 887, has_genre, 17148 887, REL9, 20382 8455, directed_by, 37864 8455, has_genre, 17148 8455, REL9, 37864 Question: In what context are ENT1630 and ENT18613 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT1630", "ENT18613"], "valid_edges": [["DE L'AUTRE CÔTÉ DU LIT", "has_genre", "ENT7161"], ["DE L'AUTRE CÔTÉ DU LIT", "REL9", "ENT1630"], ["THE GOOD GUY", "directed_by", "ENT18613"], ["THE GOOD GUY", "has_genre", "ENT7161"], ["THE GOOD GUY", "REL9", "ENT18613"]]}
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 26291, 2014 12328, ENT7676 176, ENT13042 39406, ENT18948 17369, ENT19407 13668, THE NUT JOB src, edge_attr, dst 176, directed_by, 12328 176, REL5, 12328 176, release_year, 26291 176, REL9, 12328 17369, REL5, 39406 17369, release_year, 26291 17369, REL8, 39406 13668, release_year, 26291 13668, REL8, 39406 Question: In what context are ENT7676 and ENT18948 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT7676", "ENT18948"], "valid_edges": [["ENT13042", "directed_by", "ENT7676"], ["ENT13042", "REL5", "ENT7676"], ["ENT13042", "release_year", "2014"], ["ENT13042", "REL9", "ENT7676"], ["ENT19407", "REL5", "ENT18948"], ["ENT19407", "release_year", "2014"], ["ENT19407", "REL8", "ENT18948"], ["THE NUT JOB", "release_year", "2014"], ["THE NUT JOB", "REL8", "ENT18948"]]}
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 8157, 27 DRESSES 29817, 3 IDIOTS 38957, A BUNCH OF AMATEURS 33700, ENT355 13337, ENT408 27639, ENT510 31526, ABSURDISTAN 13777, ADITYA CHOPRA 2778, AN AMERICAN CAROL 8292, ENT2512 30099, ENT2663 28694, ENT2710 38366, ASSASSINATION OF A HIGH SCHOOL PRESIDENT 3864, ENT3229 15809, ENT3298 6211, BART GOT A ROOM 25716, ENT3572 9103, BEDTIME STORIES 22142, ENT3645 4846, ENT3852 27565, ENT3990 38844, ENT4233 14113, ENT4361 4800, ENT4601 1950, BOTTLE SHOCK 7364, ENT5276 4645, BURN AFTER READING 19612, ENT5999 18701, ENT6016 10704, ENT6396 35872, COLLEGE 23981, COLLEGE ROAD TRIP 17148, ENT7161 29488, DABANGG 2 35404, ENT7843 20323, DE DANA DAN 887, DE L'AUTRE CÔTÉ DU LIT 517, DEAD FURY 20019, ENT8809 39302, DELHI BELLY 15469, DELHI-6 25806, DESI BOYZ 1558, ENT9169 30903, ENT9177 5299, DIMINISHED CAPACITY 20957, ENT9794 16705, EASY VIRTUE 37334, ENGLISH VINGLISH 14702, ENT11116 3632, ENT11321 8726, FINDING AMANDA 30987, FINE, TOTALLY FINE 12505, ENT11550 20546, FORGETTING SARAH MARSHALL 33237, ENT11776 29681, FRENCH FILM 3220, FUNNY ABOUT LOVE 14685, ENT12563 38302, GET SMART 36728, ENT12901 17577, ENT12945 556, HAMLET 2 29584, HANK AND MIKE 7005, HAPPY NEW YEAR 36309, ENT13906 15686, ENT14551 36540, ENT14663 7150, HORTON HEARS A WHO! 17010, HOUSE 15369, HOW TO BE 4738, HOW TO BE A SERIAL KILLER 25224, HUMBOLDT COUNTY 25306, I SELL THE DEAD 33299, IGOR 7131, IN BRUGES 31522, JAB WE MET 34838, ENT17977 10749, ENT18665 6431, ENT18755 18409, ENT18783 29567, ENT19402 2541, ENT19404 28298, ENT19707 39742, KUNG FU PANDA 15120, ENT20222 28810, ENT21381 16941, ENT21477 9912, MADE OF HONOR 35247, MAIN HOON NA 38051, ENT21675 38262, ENT21720 36591, ENT22934 4188, ENT22941 34570, ENT23609 27422, MIDDLE OF NOWHERE 33574, MISS PETTIGREW LIVES FOR A DAY 37108, ENT24383 26788, ENT24415 17016, MY SASSY GIRL 31711, NEW YORK, I LOVE YOU 12218, ENT25159 38915, NORMAN STEINBERG 26528, ONE-EYED MONSTER 21841, ENT25743 39389, ENT25835 5659, OVER HER DEAD BODY 19395, PINEAPPLE EXPRESS 33780, ENT27156 24697, ENT27423 35432, ENT27627 29741, ENT28101 2281, ENT29225 1592, RUDO Y CURSI 14257, SEMI-PRO 6947, SEX AND THE CITY 32505, SEX DRIVE 6256, ENT30597 31660, SILENT WEDDING 21736, SINGH IS KINNG 25507, SMART PEOPLE 38807, SOUL MEN 9530, SPACE CHIMPS 39625, ENT31817 17827, ENT32199 25744, ENT32231 4993, SUNSHINE CLEANING 4679, SUPERHERO MOVIE 39432, ENT32443 32940, ENT32610 31847, ENT33226 39916, ENT33240 37920, ENT33655 21648, THE DEAL 24039, THE GREAT BUCK HOWARD 10402, ENT34702 34606, THE LONGSHOTS 29671, THE LOVE GURU 35601, THE LUCKY ONES 4920, ENT35556 9357, ENT35573 5354, THE RAMEN GIRL 10838, THE ROCKER 37409, THE WOMEN 8079, ENT37834 28369, ENT38581 32620, ENT39051 7574, WHAT JUST HAPPENED 30576, ENT39243 22492, ENT39258 4093, WITLESS PROTECTION 33318, ENT39822 34354, YOU DON'T MESS WITH THE ZOHAN 15819, ZACK AND MIRI MAKE A PORNO src, edge_attr, dst 8157, has_genre, 17148 8157, release_year, 20922 29817, has_genre, 17148 29817, in_language, 15686 38957, has_genre, 17148 38957, release_year, 20922 33700, has_genre, 17148 33700, release_year, 20922 13337, has_genre, 17148 13337, release_year, 20922 27639, has_genre, 17148 27639, REL5, 17148 27639, release_year, 20922 31526, has_genre, 17148 31526, release_year, 20922 2778, has_genre, 17148 2778, release_year, 20922 8292, has_genre, 17148 8292, release_year, 20922 28694, has_genre, 17148 28694, release_year, 20922 38366, has_genre, 17148 38366, release_year, 20922 3864, has_genre, 17148 3864, release_year, 20922 15809, has_genre, 17148 15809, release_year, 20922 6211, has_genre, 17148 6211, release_year, 20922 25716, has_genre, 17148 25716, release_year, 20922 9103, has_genre, 17148 9103, release_year, 20922 22142, has_genre, 17148 22142, release_year, 20922 4846, has_genre, 17148 4846, release_year, 20922 27565, has_genre, 17148 27565, REL5, 17148 27565, release_year, 20922 38844, has_genre, 17148 38844, release_year, 20922 14113, has_genre, 17148 14113, REL5, 17148 14113, REL5, 14685 14113, REL8, 14685 14113, REL9, 38915 4800, has_genre, 17148 4800, release_year, 20922 1950, has_genre, 17148 1950, release_year, 20922 7364, has_genre, 17148 7364, in_language, 15686 4645, has_genre, 17148 4645, REL5, 17148 4645, release_year, 20922 19612, has_genre, 17148 19612, in_language, 15686 18701, has_genre, 17148 18701, release_year, 20922 10704, has_genre, 17148 10704, REL5, 17148 10704, release_year, 20922 35872, has_genre, 17148 35872, release_year, 20922 23981, has_genre, 17148 23981, REL5, 17148 23981, release_year, 20922 29488, has_genre, 17148 29488, in_language, 15686 35404, has_genre, 17148 35404, release_year, 20922 20323, has_genre, 17148 20323, in_language, 15686 887, has_genre, 17148 887, release_year, 20922 517, has_genre, 17148 517, release_year, 20922 20019, has_genre, 17148 20019, release_year, 20922 39302, has_genre, 17148 39302, in_language, 15686 15469, has_genre, 17148 15469, in_language, 15686 25806, has_genre, 17148 25806, in_language, 15686 1558, has_genre, 17148 1558, REL5, 17148 1558, in_language, 15686 30903, directed_by, 13777 30903, has_genre, 17148 30903, in_language, 15686 30903, REL9, 13777 5299, has_genre, 17148 5299, release_year, 20922 20957, has_genre, 17148 20957, release_year, 20922 16705, has_genre, 17148 16705, REL5, 17148 16705, release_year, 20922 37334, has_genre, 17148 37334, in_language, 15686 14702, has_genre, 17148 14702, release_year, 20922 3632, has_genre, 17148 3632, release_year, 20922 8726, has_genre, 17148 8726, release_year, 20922 30987, has_genre, 17148 30987, release_year, 20922 12505, has_genre, 17148 12505, release_year, 20922 20546, has_genre, 17148 20546, REL5, 17148 20546, release_year, 20922 33237, has_genre, 17148 33237, release_year, 20922 29681, has_genre, 17148 29681, release_year, 20922 3220, has_genre, 17148 3220, REL8, 14685 3220, REL9, 38915 38302, has_genre, 17148 38302, release_year, 20922 36728, has_genre, 17148 36728, release_year, 20922 17577, has_genre, 17148 17577, release_year, 20922 556, has_genre, 17148 556, release_year, 20922 29584, has_genre, 17148 29584, release_year, 20922 7005, has_genre, 17148 7005, in_language, 15686 36309, has_genre, 17148 36309, release_year, 20922 36540, has_genre, 17148 36540, release_year, 20922 7150, has_genre, 17148 7150, REL5, 17148 7150, release_year, 20922 17010, has_genre, 17148 17010, release_year, 20922 15369, has_genre, 17148 15369, release_year, 20922 4738, has_genre, 17148 4738, release_year, 20922 25224, has_genre, 17148 25224, release_year, 20922 25306, has_genre, 17148 25306, release_year, 20922 33299, has_genre, 17148 33299, release_year, 20922 7131, has_genre, 17148 7131, REL5, 17148 7131, release_year, 20922 31522, has_genre, 17148 31522, in_language, 15686 34838, has_genre, 17148 34838, in_language, 15686 10749, has_genre, 17148 10749, release_year, 20922 6431, has_genre, 17148 6431, in_language, 15686 6431, REL8, 6256 18409, has_genre, 17148 18409, in_language, 15686 29567, has_genre, 17148 29567, release_year, 20922 2541, has_genre, 17148 2541, release_year, 20922 28298, has_genre, 17148 28298, in_language, 15686 39742, REL5, 17148 39742, release_year, 20922 15120, has_genre, 17148 15120, REL5, 17148 15120, release_year, 20922 28810, has_genre, 17148 28810, release_year, 20922 16941, has_genre, 17148 16941, release_year, 20922 9912, has_genre, 17148 9912, release_year, 20922 35247, has_genre, 17148 35247, REL8, 6256 38051, has_genre, 17148 38051, release_year, 20922 38262, has_genre, 17148 38262, release_year, 20922 36591, has_genre, 17148 36591, release_year, 20922 4188, has_genre, 17148 4188, release_year, 20922 34570, has_genre, 17148 34570, release_year, 20922 27422, has_genre, 17148 27422, release_year, 20922 33574, has_genre, 17148 33574, release_year, 20922 37108, has_genre, 17148 37108, release_year, 20922 26788, has_genre, 17148 26788, REL9, 38915 17016, has_genre, 17148 17016, release_year, 20922 31711, has_genre, 17148 31711, release_year, 20922 12218, has_genre, 17148 12218, release_year, 20922 26528, has_genre, 17148 26528, release_year, 20922 21841, has_genre, 17148 21841, release_year, 20922 39389, has_genre, 17148 39389, release_year, 20922 5659, has_genre, 17148 5659, release_year, 20922 19395, has_genre, 17148 19395, REL5, 17148 19395, release_year, 20922 33780, has_genre, 17148 33780, REL5, 17148 33780, in_language, 15686 33780, REL8, 30099 24697, has_genre, 17148 24697, release_year, 20922 35432, directed_by, 13777 35432, has_genre, 17148 35432, in_language, 15686 35432, release_year, 20922 35432, REL8, 30099 35432, REL8, 6256 35432, REL9, 13777 29741, has_genre, 17148 29741, release_year, 20922 2281, has_genre, 17148 2281, REL5, 17148 2281, release_year, 20922 1592, has_genre, 17148 1592, release_year, 20922 14257, has_genre, 17148 14257, release_year, 20922 6947, has_genre, 17148 6947, release_year, 20922 32505, has_genre, 17148 32505, REL5, 17148 32505, release_year, 20922 31660, has_genre, 17148 31660, release_year, 20922 21736, has_genre, 17148 21736, release_year, 20922 25507, has_genre, 17148 25507, release_year, 20922 38807, has_genre, 17148 38807, release_year, 20922 9530, has_genre, 17148 9530, release_year, 20922 39625, has_genre, 17148 39625, REL5, 17148 39625, release_year, 20922 17827, has_genre, 17148 17827, release_year, 20922 25744, has_genre, 17148 25744, release_year, 20922 4993, has_genre, 17148 4993, release_year, 20922 4679, has_genre, 17148 4679, release_year, 20922 39432, has_genre, 17148 39432, release_year, 20922 32940, has_genre, 17148 32940, release_year, 20922 31847, has_genre, 17148 31847, release_year, 20922 39916, has_genre, 17148 39916, release_year, 20922 37920, has_genre, 17148 37920, release_year, 20922 21648, has_genre, 17148 21648, release_year, 20922 24039, has_genre, 17148 24039, release_year, 20922 10402, has_genre, 17148 10402, REL5, 17148 10402, release_year, 20922 34606, has_genre, 17148 34606, release_year, 20922 29671, has_genre, 17148 29671, release_year, 20922 35601, has_genre, 17148 35601, release_year, 20922 4920, has_genre, 17148 4920, REL5, 17148 4920, release_year, 20922 9357, has_genre, 17148 9357, release_year, 20922 5354, has_genre, 17148 5354, release_year, 20922 10838, has_genre, 17148 10838, release_year, 20922 37409, has_genre, 17148 37409, release_year, 20922 8079, has_genre, 17148 8079, release_year, 20922 28369, has_genre, 17148 28369, release_year, 20922 32620, has_genre, 17148 32620, REL5, 17148 32620, release_year, 20922 7574, has_genre, 17148 7574, release_year, 20922 30576, has_genre, 17148 30576, release_year, 20922 22492, has_genre, 17148 22492, release_year, 20922 4093, has_genre, 17148 4093, release_year, 20922 33318, has_genre, 17148 33318, release_year, 20922 34354, has_genre, 17148 34354, REL5, 17148 34354, release_year, 20922 15819, has_genre, 17148 15819, release_year, 20922 Question: How are NORMAN STEINBERG and ENT27627 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["NORMAN STEINBERG", "ENT27627"], "valid_edges": [["27 DRESSES", "has_genre", "ENT7161"], ["27 DRESSES", "release_year", "ENT193"], ["3 IDIOTS", "has_genre", "ENT7161"], ["3 IDIOTS", "in_language", "ENT14551"], ["A BUNCH OF AMATEURS", "has_genre", "ENT7161"], ["A BUNCH OF AMATEURS", "release_year", "ENT193"], ["ENT355", "has_genre", "ENT7161"], ["ENT355", "release_year", "ENT193"], ["ENT408", "has_genre", "ENT7161"], ["ENT408", "release_year", "ENT193"], ["ENT510", "has_genre", "ENT7161"], ["ENT510", "REL5", "ENT7161"], ["ENT510", "release_year", "ENT193"], ["ABSURDISTAN", "has_genre", "ENT7161"], ["ABSURDISTAN", "release_year", "ENT193"], ["AN AMERICAN CAROL", "has_genre", "ENT7161"], ["AN AMERICAN CAROL", "release_year", "ENT193"], ["ENT2512", "has_genre", "ENT7161"], ["ENT2512", "release_year", "ENT193"], ["ENT2710", "has_genre", "ENT7161"], ["ENT2710", "release_year", "ENT193"], ["ASSASSINATION OF A HIGH SCHOOL PRESIDENT", "has_genre", "ENT7161"], ["ASSASSINATION OF A HIGH SCHOOL PRESIDENT", "release_year", "ENT193"], ["ENT3229", "has_genre", "ENT7161"], ["ENT3229", "release_year", "ENT193"], ["ENT3298", "has_genre", "ENT7161"], ["ENT3298", "release_year", "ENT193"], ["BART GOT A ROOM", "has_genre", "ENT7161"], ["BART GOT A ROOM", "release_year", "ENT193"], ["ENT3572", "has_genre", "ENT7161"], ["ENT3572", "release_year", "ENT193"], ["BEDTIME STORIES", "has_genre", "ENT7161"], ["BEDTIME STORIES", "release_year", "ENT193"], ["ENT3645", "has_genre", "ENT7161"], ["ENT3645", "release_year", "ENT193"], ["ENT3852", "has_genre", "ENT7161"], ["ENT3852", "release_year", "ENT193"], ["ENT3990", "has_genre", "ENT7161"], ["ENT3990", "REL5", "ENT7161"], ["ENT3990", "release_year", "ENT193"], ["ENT4233", "has_genre", "ENT7161"], ["ENT4233", "release_year", "ENT193"], ["ENT4361", "has_genre", "ENT7161"], ["ENT4361", "REL5", "ENT7161"], ["ENT4361", "REL5", "ENT12563"], ["ENT4361", "REL8", "ENT12563"], ["ENT4361", "REL9", "NORMAN STEINBERG"], ["ENT4601", "has_genre", "ENT7161"], ["ENT4601", "release_year", "ENT193"], ["BOTTLE SHOCK", "has_genre", "ENT7161"], ["BOTTLE SHOCK", "release_year", "ENT193"], ["ENT5276", "has_genre", "ENT7161"], ["ENT5276", "in_language", "ENT14551"], ["BURN AFTER READING", "has_genre", "ENT7161"], ["BURN AFTER READING", "REL5", "ENT7161"], ["BURN AFTER READING", "release_year", "ENT193"], ["ENT5999", "has_genre", "ENT7161"], ["ENT5999", "in_language", "ENT14551"], ["ENT6016", "has_genre", "ENT7161"], ["ENT6016", "release_year", "ENT193"], ["ENT6396", "has_genre", "ENT7161"], ["ENT6396", "REL5", "ENT7161"], ["ENT6396", "release_year", "ENT193"], ["COLLEGE", "has_genre", "ENT7161"], ["COLLEGE", "release_year", "ENT193"], ["COLLEGE ROAD TRIP", "has_genre", "ENT7161"], ["COLLEGE ROAD TRIP", "REL5", "ENT7161"], ["COLLEGE ROAD TRIP", "release_year", "ENT193"], ["DABANGG 2", "has_genre", "ENT7161"], ["DABANGG 2", "in_language", "ENT14551"], ["ENT7843", "has_genre", "ENT7161"], ["ENT7843", "release_year", "ENT193"], ["DE DANA DAN", "has_genre", "ENT7161"], ["DE DANA DAN", "in_language", "ENT14551"], ["DE L'AUTRE CÔTÉ DU LIT", "has_genre", "ENT7161"], ["DE L'AUTRE CÔTÉ DU LIT", "release_year", "ENT193"], ["DEAD FURY", "has_genre", "ENT7161"], ["DEAD FURY", "release_year", "ENT193"], ["ENT8809", "has_genre", "ENT7161"], ["ENT8809", "release_year", "ENT193"], ["DELHI BELLY", "has_genre", "ENT7161"], ["DELHI BELLY", "in_language", "ENT14551"], ["DELHI-6", "has_genre", "ENT7161"], ["DELHI-6", "in_language", "ENT14551"], ["DESI BOYZ", "has_genre", "ENT7161"], ["DESI BOYZ", "in_language", "ENT14551"], ["ENT9169", "has_genre", "ENT7161"], ["ENT9169", "REL5", "ENT7161"], ["ENT9169", "in_language", "ENT14551"], ["ENT9177", "directed_by", "ADITYA CHOPRA"], ["ENT9177", "has_genre", "ENT7161"], ["ENT9177", "in_language", "ENT14551"], ["ENT9177", "REL9", "ADITYA CHOPRA"], ["DIMINISHED CAPACITY", "has_genre", "ENT7161"], ["DIMINISHED CAPACITY", "release_year", "ENT193"], ["ENT9794", "has_genre", "ENT7161"], ["ENT9794", "release_year", "ENT193"], ["EASY VIRTUE", "has_genre", "ENT7161"], ["EASY VIRTUE", "REL5", "ENT7161"], ["EASY VIRTUE", "release_year", "ENT193"], ["ENGLISH VINGLISH", "has_genre", "ENT7161"], ["ENGLISH VINGLISH", "in_language", "ENT14551"], ["ENT11116", "has_genre", "ENT7161"], ["ENT11116", "release_year", "ENT193"], ["ENT11321", "has_genre", "ENT7161"], ["ENT11321", "release_year", "ENT193"], ["FINDING AMANDA", "has_genre", "ENT7161"], ["FINDING AMANDA", "release_year", "ENT193"], ["FINE, TOTALLY FINE", "has_genre", "ENT7161"], ["FINE, TOTALLY FINE", "release_year", "ENT193"], ["ENT11550", "has_genre", "ENT7161"], ["ENT11550", "release_year", "ENT193"], ["FORGETTING SARAH MARSHALL", "has_genre", "ENT7161"], ["FORGETTING SARAH MARSHALL", "REL5", "ENT7161"], ["FORGETTING SARAH MARSHALL", "release_year", "ENT193"], ["ENT11776", "has_genre", "ENT7161"], ["ENT11776", "release_year", "ENT193"], ["FRENCH FILM", "has_genre", "ENT7161"], ["FRENCH FILM", "release_year", "ENT193"], ["FUNNY ABOUT LOVE", "has_genre", "ENT7161"], ["FUNNY ABOUT LOVE", "REL8", "ENT12563"], ["FUNNY ABOUT LOVE", "REL9", "NORMAN STEINBERG"], ["GET SMART", "has_genre", "ENT7161"], ["GET SMART", "release_year", "ENT193"], ["ENT12901", "has_genre", "ENT7161"], ["ENT12901", "release_year", "ENT193"], ["ENT12945", "has_genre", "ENT7161"], ["ENT12945", "release_year", "ENT193"], ["HAMLET 2", "has_genre", "ENT7161"], ["HAMLET 2", "release_year", "ENT193"], ["HANK AND MIKE", "has_genre", "ENT7161"], ["HANK AND MIKE", "release_year", "ENT193"], ["HAPPY NEW YEAR", "has_genre", "ENT7161"], ["HAPPY NEW YEAR", "in_language", "ENT14551"], ["ENT13906", "has_genre", "ENT7161"], ["ENT13906", "release_year", "ENT193"], ["ENT14663", "has_genre", "ENT7161"], ["ENT14663", "release_year", "ENT193"], ["HORTON HEARS A WHO!", "has_genre", "ENT7161"], ["HORTON HEARS A WHO!", "REL5", "ENT7161"], ["HORTON HEARS A WHO!", "release_year", "ENT193"], ["HOUSE", "has_genre", "ENT7161"], ["HOUSE", "release_year", "ENT193"], ["HOW TO BE", "has_genre", "ENT7161"], ["HOW TO BE", "release_year", "ENT193"], ["HOW TO BE A SERIAL KILLER", "has_genre", "ENT7161"], ["HOW TO BE A SERIAL KILLER", "release_year", "ENT193"], ["HUMBOLDT COUNTY", "has_genre", "ENT7161"], ["HUMBOLDT COUNTY", "release_year", "ENT193"], ["I SELL THE DEAD", "has_genre", "ENT7161"], ["I SELL THE DEAD", "release_year", "ENT193"], ["IGOR", "has_genre", "ENT7161"], ["IGOR", "release_year", "ENT193"], ["IN BRUGES", "has_genre", "ENT7161"], ["IN BRUGES", "REL5", "ENT7161"], ["IN BRUGES", "release_year", "ENT193"], ["JAB WE MET", "has_genre", "ENT7161"], ["JAB WE MET", "in_language", "ENT14551"], ["ENT17977", "has_genre", "ENT7161"], ["ENT17977", "in_language", "ENT14551"], ["ENT18665", "has_genre", "ENT7161"], ["ENT18665", "release_year", "ENT193"], ["ENT18755", "has_genre", "ENT7161"], ["ENT18755", "in_language", "ENT14551"], ["ENT18755", "REL8", "ENT30597"], ["ENT18783", "has_genre", "ENT7161"], ["ENT18783", "in_language", "ENT14551"], ["ENT19402", "has_genre", "ENT7161"], ["ENT19402", "release_year", "ENT193"], ["ENT19404", "has_genre", "ENT7161"], ["ENT19404", "release_year", "ENT193"], ["ENT19707", "has_genre", "ENT7161"], ["ENT19707", "in_language", "ENT14551"], ["KUNG FU PANDA", "REL5", "ENT7161"], ["KUNG FU PANDA", "release_year", "ENT193"], ["ENT20222", "has_genre", "ENT7161"], ["ENT20222", "REL5", "ENT7161"], ["ENT20222", "release_year", "ENT193"], ["ENT21381", "has_genre", "ENT7161"], ["ENT21381", "release_year", "ENT193"], ["ENT21477", "has_genre", "ENT7161"], ["ENT21477", "release_year", "ENT193"], ["MADE OF HONOR", "has_genre", "ENT7161"], ["MADE OF HONOR", "release_year", "ENT193"], ["MAIN HOON NA", "has_genre", "ENT7161"], ["MAIN HOON NA", "REL8", "ENT30597"], ["ENT21675", "has_genre", "ENT7161"], ["ENT21675", "release_year", "ENT193"], ["ENT21720", "has_genre", "ENT7161"], ["ENT21720", "release_year", "ENT193"], ["ENT22934", "has_genre", "ENT7161"], ["ENT22934", "release_year", "ENT193"], ["ENT22941", "has_genre", "ENT7161"], ["ENT22941", "release_year", "ENT193"], ["ENT23609", "has_genre", "ENT7161"], ["ENT23609", "release_year", "ENT193"], ["MIDDLE OF NOWHERE", "has_genre", "ENT7161"], ["MIDDLE OF NOWHERE", "release_year", "ENT193"], ["MISS PETTIGREW LIVES FOR A DAY", "has_genre", "ENT7161"], ["MISS PETTIGREW LIVES FOR A DAY", "release_year", "ENT193"], ["ENT24383", "has_genre", "ENT7161"], ["ENT24383", "release_year", "ENT193"], ["ENT24415", "has_genre", "ENT7161"], ["ENT24415", "REL9", "NORMAN STEINBERG"], ["MY SASSY GIRL", "has_genre", "ENT7161"], ["MY SASSY GIRL", "release_year", "ENT193"], ["NEW YORK, I LOVE YOU", "has_genre", "ENT7161"], ["NEW YORK, I LOVE YOU", "release_year", "ENT193"], ["ENT25159", "has_genre", "ENT7161"], ["ENT25159", "release_year", "ENT193"], ["ONE-EYED MONSTER", "has_genre", "ENT7161"], ["ONE-EYED MONSTER", "release_year", "ENT193"], ["ENT25743", "has_genre", "ENT7161"], ["ENT25743", "release_year", "ENT193"], ["ENT25835", "has_genre", "ENT7161"], ["ENT25835", "release_year", "ENT193"], ["OVER HER DEAD BODY", "has_genre", "ENT7161"], ["OVER HER DEAD BODY", "release_year", "ENT193"], ["PINEAPPLE EXPRESS", "has_genre", "ENT7161"], ["PINEAPPLE EXPRESS", "REL5", "ENT7161"], ["PINEAPPLE EXPRESS", "release_year", "ENT193"], ["ENT27156", "has_genre", "ENT7161"], ["ENT27156", "REL5", "ENT7161"], ["ENT27156", "in_language", "ENT14551"], ["ENT27156", "REL8", "ENT2663"], ["ENT27423", "has_genre", "ENT7161"], ["ENT27423", "release_year", "ENT193"], ["ENT27627", "directed_by", "ADITYA CHOPRA"], ["ENT27627", "has_genre", "ENT7161"], ["ENT27627", "in_language", "ENT14551"], ["ENT27627", "release_year", "ENT193"], ["ENT27627", "REL8", "ENT2663"], ["ENT27627", "REL8", "ENT30597"], ["ENT27627", "REL9", "ADITYA CHOPRA"], ["ENT28101", "has_genre", "ENT7161"], ["ENT28101", "release_year", "ENT193"], ["ENT29225", "has_genre", "ENT7161"], ["ENT29225", "REL5", "ENT7161"], ["ENT29225", "release_year", "ENT193"], ["RUDO Y CURSI", "has_genre", "ENT7161"], ["RUDO Y CURSI", "release_year", "ENT193"], ["SEMI-PRO", "has_genre", "ENT7161"], ["SEMI-PRO", "release_year", "ENT193"], ["SEX AND THE CITY", "has_genre", "ENT7161"], ["SEX AND THE CITY", "release_year", "ENT193"], ["SEX DRIVE", "has_genre", "ENT7161"], ["SEX DRIVE", "REL5", "ENT7161"], ["SEX DRIVE", "release_year", "ENT193"], ["SILENT WEDDING", "has_genre", "ENT7161"], ["SILENT WEDDING", "release_year", "ENT193"], ["SINGH IS KINNG", "has_genre", "ENT7161"], ["SINGH IS KINNG", "release_year", "ENT193"], ["SMART PEOPLE", "has_genre", "ENT7161"], ["SMART PEOPLE", "release_year", "ENT193"], ["SOUL MEN", "has_genre", "ENT7161"], ["SOUL MEN", "release_year", "ENT193"], ["SPACE CHIMPS", "has_genre", "ENT7161"], ["SPACE CHIMPS", "release_year", "ENT193"], ["ENT31817", "has_genre", "ENT7161"], ["ENT31817", "REL5", "ENT7161"], ["ENT31817", "release_year", "ENT193"], ["ENT32199", "has_genre", "ENT7161"], ["ENT32199", "release_year", "ENT193"], ["ENT32231", "has_genre", "ENT7161"], ["ENT32231", "release_year", "ENT193"], ["SUNSHINE CLEANING", "has_genre", "ENT7161"], ["SUNSHINE CLEANING", "release_year", "ENT193"], ["SUPERHERO MOVIE", "has_genre", "ENT7161"], ["SUPERHERO MOVIE", "release_year", "ENT193"], ["ENT32443", "has_genre", "ENT7161"], ["ENT32443", "release_year", "ENT193"], ["ENT32610", "has_genre", "ENT7161"], ["ENT32610", "release_year", "ENT193"], ["ENT33226", "has_genre", "ENT7161"], ["ENT33226", "release_year", "ENT193"], ["ENT33240", "has_genre", "ENT7161"], ["ENT33240", "release_year", "ENT193"], ["ENT33655", "has_genre", "ENT7161"], ["ENT33655", "release_year", "ENT193"], ["THE DEAL", "has_genre", "ENT7161"], ["THE DEAL", "release_year", "ENT193"], ["THE GREAT BUCK HOWARD", "has_genre", "ENT7161"], ["THE GREAT BUCK HOWARD", "release_year", "ENT193"], ["ENT34702", "has_genre", "ENT7161"], ["ENT34702", "REL5", "ENT7161"], ["ENT34702", "release_year", "ENT193"], ["THE LONGSHOTS", "has_genre", "ENT7161"], ["THE LONGSHOTS", "release_year", "ENT193"], ["THE LOVE GURU", "has_genre", "ENT7161"], ["THE LOVE GURU", "release_year", "ENT193"], ["THE LUCKY ONES", "has_genre", "ENT7161"], ["THE LUCKY ONES", "release_year", "ENT193"], ["ENT35556", "has_genre", "ENT7161"], ["ENT35556", "REL5", "ENT7161"], ["ENT35556", "release_year", "ENT193"], ["ENT35573", "has_genre", "ENT7161"], ["ENT35573", "release_year", "ENT193"], ["THE RAMEN GIRL", "has_genre", "ENT7161"], ["THE RAMEN GIRL", "release_year", "ENT193"], ["THE ROCKER", "has_genre", "ENT7161"], ["THE ROCKER", "release_year", "ENT193"], ["THE WOMEN", "has_genre", "ENT7161"], ["THE WOMEN", "release_year", "ENT193"], ["ENT37834", "has_genre", "ENT7161"], ["ENT37834", "release_year", "ENT193"], ["ENT38581", "has_genre", "ENT7161"], ["ENT38581", "release_year", "ENT193"], ["ENT39051", "has_genre", "ENT7161"], ["ENT39051", "REL5", "ENT7161"], ["ENT39051", "release_year", "ENT193"], ["WHAT JUST HAPPENED", "has_genre", "ENT7161"], ["WHAT JUST HAPPENED", "release_year", "ENT193"], ["ENT39243", "has_genre", "ENT7161"], ["ENT39243", "release_year", "ENT193"], ["ENT39258", "has_genre", "ENT7161"], ["ENT39258", "release_year", "ENT193"], ["WITLESS PROTECTION", "has_genre", "ENT7161"], ["WITLESS PROTECTION", "release_year", "ENT193"], ["ENT39822", "has_genre", "ENT7161"], ["ENT39822", "release_year", "ENT193"], ["YOU DON'T MESS WITH THE ZOHAN", "has_genre", "ENT7161"], ["YOU DON'T MESS WITH THE ZOHAN", "REL5", "ENT7161"], ["YOU DON'T MESS WITH THE ZOHAN", "release_year", "ENT193"], ["ZACK AND MIRI MAKE A PORNO", "has_genre", "ENT7161"], ["ZACK AND MIRI MAKE A PORNO", "release_year", "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 7680, FRANC. REYES 31728, ENT15276 src, edge_attr, dst 31728, directed_by, 7680 31728, REL9, 7680 Question: How are FRANC. REYES and ENT15276 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["FRANC. REYES", "ENT15276"], "valid_edges": [["ENT15276", "directed_by", "FRANC. REYES"], ["ENT15276", "REL9", "FRANC. REYES"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 16661, DRAMA 4647, KUKULI 25264, ENT21502 2972, MR. NORTH 30934, ENT27569 src, edge_attr, dst 4647, has_genre, 16661 4647, in_language, 30934 25264, has_genre, 16661 25264, in_language, 30934 2972, has_genre, 16661 Question: In what context are MR. NORTH and ENT27569 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["MR. NORTH", "ENT27569"], "valid_edges": [["KUKULI", "has_genre", "DRAMA"], ["KUKULI", "in_language", "ENT27569"], ["ENT21502", "has_genre", "DRAMA"], ["ENT21502", "in_language", "ENT27569"], ["MR. NORTH", "has_genre", "DRAMA"]]}
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 1792, DEANNA RUSSO 14175, ENT12902 11027, GOOD 11938, GOOD MORNING, NIGHT src, edge_attr, dst 14175, release_year, 20922 14175, REL8, 1792 11027, REL3, 11027 11027, release_year, 20922 11938, REL3, 11027 Question: How are DEANNA RUSSO and GOOD MORNING, NIGHT related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["DEANNA RUSSO", "GOOD MORNING, NIGHT"], "valid_edges": [["ENT12902", "release_year", "ENT193"], ["ENT12902", "REL8", "DEANNA RUSSO"], ["GOOD", "REL3", "GOOD"], ["GOOD", "release_year", "ENT193"], ["GOOD MORNING, NIGHT", "REL3", "GOOD"]]}
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 17532, AUTUMN BALL 16661, DRAMA 2830, FINAL DESTINATION 36733, JEFFREY REDDICK 34822, MATI UNT src, edge_attr, dst 17532, has_genre, 16661 17532, REL9, 34822 2830, REL5, 16661 2830, REL9, 36733 Question: In what context are JEFFREY REDDICK and MATI UNT connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["JEFFREY REDDICK", "MATI UNT"], "valid_edges": [["AUTUMN BALL", "has_genre", "DRAMA"], ["AUTUMN BALL", "REL9", "MATI UNT"], ["FINAL DESTINATION", "REL5", "DRAMA"], ["FINAL DESTINATION", "REL9", "JEFFREY REDDICK"]]}
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 22696, ENT3569 27893, ENT13865 15608, MYLES CONNOLLY 34760, THE MAN WITH THE GOLDEN ARM 39787, THE RED SHOES src, edge_attr, dst 27893, REL5, 27893 27893, REL9, 15608 34760, REL5, 22696 39787, REL5, 22696 39787, REL9, 27893 Question: For what reason are MYLES CONNOLLY and THE MAN WITH THE GOLDEN ARM associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["MYLES CONNOLLY", "THE MAN WITH THE GOLDEN ARM"], "valid_edges": [["ENT13865", "REL5", "ENT13865"], ["ENT13865", "REL9", "MYLES CONNOLLY"], ["THE MAN WITH THE GOLDEN ARM", "REL5", "ENT3569"], ["THE RED SHOES", "REL5", "ENT3569"], ["THE RED SHOES", "REL9", "ENT13865"]]}
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 10257, 2 GUNS 2511, 2013 13889, ENT224 26949, ENT255 34694, ENT432 31662, ACTION 23505, AFTER EARTH 31141, BEOWULF 2037, BLACK MASK 36462, ENT4704 39161, BROTHERHOOD OF THE WOLF 34284, CELLULAR 22913, CHENNAI EXPRESS 36727, CHRIS EVANS 19828, CRYING FREEMAN 9265, D-DAY 21057, DEAD IN TOMBSTONE 37796, ENT9150 7158, DOMINO 11954, ENT10014 31083, ELYSIUM 262, ENT10600 22529, ENT10611 19814, ESCAPE PLAN 33975, ENT11560 14468, FORCE OF EXECUTION 29088, ENT12156 7942, ENT12256 17872, ENT12385 1920, ENT12399 5812, GETAWAY 5310, ENT13805 7005, HAPPY NEW YEAR 19635, HOMEFRONT 35938, ENT14746 22476, ICE SOLDIERS 24643, ENT19356 18842, ENT19412 25856, ENT19553 24903, KOREAN 40017, ENT19815 7362, LOCKOUT 38926, LONE SURVIVOR 35877, ENT21272 30667, MACHETE KILLS 35247, MAIN HOON NA 3572, OLYMPUS HAS FALLEN 10508, ON THE JOB 29764, PACIFIC RIM 27146, PARKER 17103, PATHFINDER 82, ENT27207 17081, ROMEO MUST DIE 5366, ENT29592 6139, ENT31297 22420, SO CLOSE 21646, ENT31347 6941, ENT31537 23041, STAR TREK INTO DARKNESS 10447, STREET KINGS 22626, ENT32523 30592, ENT32751 14165, TAKEN 2 33480, ENT32753 30860, ENT32910 9630, ENT33227 34492, THE AVENGERS 24105, ENT33880 3324, THE EXTRAORDINARY ADVENTURES OF ADÈLE BLANC-SEC 3151, THE FIFTH ELEMENT 18790, ENT34322 11515, THE FRENCH CONNECTION 34988, THE LAST STAND 37814, ENT35114 35461, ENT35139 22667, ENT35519 7720, THE RAID 2 32821, ENT35930 32024, THE TRANSPORTER 7950, THE TWELVE TASKS OF ASTERIX 21237, THUNDERBOLT 2882, TMNT 34016, TRANSPORTER 2 18521, TRUE LIES 33133, UNDERWORLD 32828, VEHICLE 19 28505, ENT38342 12182, ENT38712 29343, WASABI 18660, ENT38870 22922, WELCOME TO THE PUNCH 11145, WHITE HOUSE DOWN 11070, ENT39776 src, edge_attr, dst 10257, has_genre, 31662 10257, release_year, 2511 13889, has_genre, 31662 13889, in_language, 29088 26949, has_genre, 31662 26949, release_year, 2511 34694, has_genre, 31662 34694, REL5, 31662 34694, release_year, 2511 23505, has_genre, 31662 23505, release_year, 2511 31141, has_genre, 31662 31141, in_language, 22529 2037, has_genre, 31662 2037, in_language, 22529 36462, has_genre, 31662 36462, release_year, 2511 39161, has_genre, 31662 39161, in_language, 29088 34284, REL5, 31662 34284, REL5, 36727 22913, has_genre, 31662 22913, release_year, 2511 19828, has_genre, 31662 19828, in_language, 22529 9265, has_genre, 31662 9265, release_year, 2511 21057, has_genre, 31662 21057, release_year, 2511 37796, has_genre, 31662 37796, in_language, 24903 7158, has_genre, 31662 7158, in_language, 22529 31083, has_genre, 31662 31083, release_year, 2511 262, has_genre, 31662 262, REL5, 31662 262, release_year, 2511 19814, has_genre, 31662 19814, release_year, 2511 33975, has_genre, 31662 33975, in_language, 22529 14468, has_genre, 31662 14468, release_year, 2511 7942, has_genre, 31662 7942, in_language, 22529 17872, has_genre, 31662 17872, in_language, 22529 1920, has_genre, 31662 1920, REL5, 31662 1920, release_year, 2511 5812, has_genre, 31662 5812, release_year, 2511 5310, has_genre, 31662 5310, release_year, 2511 7005, has_genre, 31662 7005, in_language, 29088 19635, has_genre, 31662 19635, release_year, 2511 35938, REL5, 31662 35938, in_language, 22529 22476, has_genre, 31662 22476, release_year, 2511 24643, has_genre, 31662 24643, release_year, 2511 18842, has_genre, 31662 18842, release_year, 2511 25856, has_genre, 31662 25856, REL5, 31662 25856, in_language, 29088 40017, has_genre, 31662 40017, REL5, 31662 40017, REL5, 29088 40017, in_language, 29088 7362, has_genre, 31662 7362, in_language, 22529 38926, has_genre, 31662 38926, release_year, 2511 35877, has_genre, 31662 35877, in_language, 29088 30667, has_genre, 31662 30667, release_year, 2511 35247, has_genre, 31662 35247, REL8, 22626 3572, has_genre, 31662 3572, REL5, 31662 3572, in_language, 24903 3572, release_year, 2511 10508, has_genre, 31662 10508, release_year, 2511 29764, has_genre, 31662 29764, release_year, 2511 27146, has_genre, 31662 27146, release_year, 2511 17103, has_genre, 31662 17103, in_language, 22529 82, has_genre, 31662 82, REL5, 31662 82, in_language, 29088 17081, has_genre, 31662 17081, in_language, 22529 5366, has_genre, 31662 5366, in_language, 29088 6139, has_genre, 31662 6139, REL5, 36727 6139, REL5, 24903 6139, in_language, 22529 6139, in_language, 29088 6139, in_language, 24903 6139, release_year, 2511 6139, REL8, 36727 6139, REL8, 11954 22420, has_genre, 31662 22420, in_language, 22529 21646, has_genre, 31662 21646, release_year, 2511 6941, has_genre, 31662 6941, release_year, 2511 23041, has_genre, 31662 23041, REL5, 31662 23041, release_year, 2511 10447, has_genre, 31662 10447, REL8, 36727 30592, has_genre, 31662 30592, REL5, 31662 30592, in_language, 22529 30592, in_language, 29088 14165, has_genre, 31662 14165, in_language, 22529 33480, has_genre, 31662 33480, REL5, 31662 33480, in_language, 22529 30860, has_genre, 31662 30860, REL5, 29088 30860, in_language, 29088 9630, has_genre, 31662 9630, in_language, 22529 9630, in_language, 24903 34492, has_genre, 31662 34492, REL5, 36727 34492, REL8, 36727 24105, has_genre, 31662 24105, in_language, 29088 3324, has_genre, 31662 3324, REL5, 29088 3324, in_language, 29088 3151, has_genre, 31662 3151, REL5, 31662 3151, in_language, 22529 18790, has_genre, 31662 18790, in_language, 22529 11515, has_genre, 31662 11515, REL5, 31662 11515, in_language, 29088 34988, has_genre, 31662 34988, REL5, 31662 34988, release_year, 2511 37814, has_genre, 31662 37814, release_year, 2511 35461, has_genre, 31662 35461, REL5, 31662 35461, in_language, 29088 22667, has_genre, 31662 22667, release_year, 2511 7720, has_genre, 31662 7720, REL5, 31662 7720, in_language, 22529 32821, has_genre, 31662 32821, REL5, 31662 32821, REL5, 11954 32821, REL8, 11954 32024, has_genre, 31662 32024, REL5, 31662 32024, in_language, 29088 7950, has_genre, 31662 7950, in_language, 29088 21237, has_genre, 31662 21237, in_language, 22529 2882, has_genre, 31662 2882, REL8, 36727 34016, has_genre, 31662 34016, REL5, 31662 34016, in_language, 29088 18521, has_genre, 31662 18521, REL5, 31662 18521, in_language, 29088 33133, has_genre, 31662 33133, REL5, 31662 33133, in_language, 22529 32828, has_genre, 31662 32828, release_year, 2511 28505, has_genre, 31662 28505, release_year, 2511 12182, has_genre, 31662 12182, in_language, 29088 29343, has_genre, 31662 29343, REL5, 31662 29343, in_language, 29088 18660, has_genre, 31662 18660, in_language, 22529 22922, has_genre, 31662 22922, release_year, 2511 11145, has_genre, 31662 11145, REL5, 31662 11145, release_year, 2511 11070, has_genre, 31662 11070, release_year, 2511 Question: In what context are ENT31297 and ENT32523 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT31297", "ENT32523"], "valid_edges": [["2 GUNS", "has_genre", "ACTION"], ["2 GUNS", "release_year", "2013"], ["ENT224", "has_genre", "ACTION"], ["ENT224", "in_language", "ENT12156"], ["ENT255", "has_genre", "ACTION"], ["ENT255", "release_year", "2013"], ["ENT432", "has_genre", "ACTION"], ["ENT432", "REL5", "ACTION"], ["ENT432", "release_year", "2013"], ["AFTER EARTH", "has_genre", "ACTION"], ["AFTER EARTH", "release_year", "2013"], ["BEOWULF", "has_genre", "ACTION"], ["BEOWULF", "in_language", "ENT10611"], ["BLACK MASK", "has_genre", "ACTION"], ["BLACK MASK", "in_language", "ENT10611"], ["ENT4704", "has_genre", "ACTION"], ["ENT4704", "release_year", "2013"], ["BROTHERHOOD OF THE WOLF", "has_genre", "ACTION"], ["BROTHERHOOD OF THE WOLF", "in_language", "ENT12156"], ["CELLULAR", "REL5", "ACTION"], ["CELLULAR", "REL5", "CHRIS EVANS"], ["CHENNAI EXPRESS", "has_genre", "ACTION"], ["CHENNAI EXPRESS", "release_year", "2013"], ["CRYING FREEMAN", "has_genre", "ACTION"], ["CRYING FREEMAN", "in_language", "ENT10611"], ["D-DAY", "has_genre", "ACTION"], ["D-DAY", "release_year", "2013"], ["DEAD IN TOMBSTONE", "has_genre", "ACTION"], ["DEAD IN TOMBSTONE", "release_year", "2013"], ["ENT9150", "has_genre", "ACTION"], ["ENT9150", "in_language", "KOREAN"], ["DOMINO", "has_genre", "ACTION"], ["DOMINO", "in_language", "ENT10611"], ["ELYSIUM", "has_genre", "ACTION"], ["ELYSIUM", "release_year", "2013"], ["ENT10600", "has_genre", "ACTION"], ["ENT10600", "REL5", "ACTION"], ["ENT10600", "release_year", "2013"], ["ESCAPE PLAN", "has_genre", "ACTION"], ["ESCAPE PLAN", "release_year", "2013"], ["ENT11560", "has_genre", "ACTION"], ["ENT11560", "in_language", "ENT10611"], ["FORCE OF EXECUTION", "has_genre", "ACTION"], ["FORCE OF EXECUTION", "release_year", "2013"], ["ENT12256", "has_genre", "ACTION"], ["ENT12256", "in_language", "ENT10611"], ["ENT12385", "has_genre", "ACTION"], ["ENT12385", "in_language", "ENT10611"], ["ENT12399", "has_genre", "ACTION"], ["ENT12399", "REL5", "ACTION"], ["ENT12399", "release_year", "2013"], ["GETAWAY", "has_genre", "ACTION"], ["GETAWAY", "release_year", "2013"], ["ENT13805", "has_genre", "ACTION"], ["ENT13805", "release_year", "2013"], ["HAPPY NEW YEAR", "has_genre", "ACTION"], ["HAPPY NEW YEAR", "in_language", "ENT12156"], ["HOMEFRONT", "has_genre", "ACTION"], ["HOMEFRONT", "release_year", "2013"], ["ENT14746", "REL5", "ACTION"], ["ENT14746", "in_language", "ENT10611"], ["ICE SOLDIERS", "has_genre", "ACTION"], ["ICE SOLDIERS", "release_year", "2013"], ["ENT19356", "has_genre", "ACTION"], ["ENT19356", "release_year", "2013"], ["ENT19412", "has_genre", "ACTION"], ["ENT19412", "release_year", "2013"], ["ENT19553", "has_genre", "ACTION"], ["ENT19553", "REL5", "ACTION"], ["ENT19553", "in_language", "ENT12156"], ["ENT19815", "has_genre", "ACTION"], ["ENT19815", "REL5", "ACTION"], ["ENT19815", "REL5", "ENT12156"], ["ENT19815", "in_language", "ENT12156"], ["LOCKOUT", "has_genre", "ACTION"], ["LOCKOUT", "in_language", "ENT10611"], ["LONE SURVIVOR", "has_genre", "ACTION"], ["LONE SURVIVOR", "release_year", "2013"], ["ENT21272", "has_genre", "ACTION"], ["ENT21272", "in_language", "ENT12156"], ["MACHETE KILLS", "has_genre", "ACTION"], ["MACHETE KILLS", "release_year", "2013"], ["MAIN HOON NA", "has_genre", "ACTION"], ["MAIN HOON NA", "REL8", "ENT32523"], ["OLYMPUS HAS FALLEN", "has_genre", "ACTION"], ["OLYMPUS HAS FALLEN", "REL5", "ACTION"], ["OLYMPUS HAS FALLEN", "in_language", "KOREAN"], ["OLYMPUS HAS FALLEN", "release_year", "2013"], ["ON THE JOB", "has_genre", "ACTION"], ["ON THE JOB", "release_year", "2013"], ["PACIFIC RIM", "has_genre", "ACTION"], ["PACIFIC RIM", "release_year", "2013"], ["PARKER", "has_genre", "ACTION"], ["PARKER", "release_year", "2013"], ["PATHFINDER", "has_genre", "ACTION"], ["PATHFINDER", "in_language", "ENT10611"], ["ENT27207", "has_genre", "ACTION"], ["ENT27207", "REL5", "ACTION"], ["ENT27207", "in_language", "ENT12156"], ["ROMEO MUST DIE", "has_genre", "ACTION"], ["ROMEO MUST DIE", "in_language", "ENT10611"], ["ENT29592", "has_genre", "ACTION"], ["ENT29592", "in_language", "ENT12156"], ["ENT31297", "has_genre", "ACTION"], ["ENT31297", "REL5", "CHRIS EVANS"], ["ENT31297", "REL5", "KOREAN"], ["ENT31297", "in_language", "ENT10611"], ["ENT31297", "in_language", "ENT12156"], ["ENT31297", "in_language", "KOREAN"], ["ENT31297", "release_year", "2013"], ["ENT31297", "REL8", "CHRIS EVANS"], ["ENT31297", "REL8", "ENT10014"], ["SO CLOSE", "has_genre", "ACTION"], ["SO CLOSE", "in_language", "ENT10611"], ["ENT31347", "has_genre", "ACTION"], ["ENT31347", "release_year", "2013"], ["ENT31537", "has_genre", "ACTION"], ["ENT31537", "release_year", "2013"], ["STAR TREK INTO DARKNESS", "has_genre", "ACTION"], ["STAR TREK INTO DARKNESS", "REL5", "ACTION"], ["STAR TREK INTO DARKNESS", "release_year", "2013"], ["STREET KINGS", "has_genre", "ACTION"], ["STREET KINGS", "REL8", "CHRIS EVANS"], ["ENT32751", "has_genre", "ACTION"], ["ENT32751", "REL5", "ACTION"], ["ENT32751", "in_language", "ENT10611"], ["ENT32751", "in_language", "ENT12156"], ["TAKEN 2", "has_genre", "ACTION"], ["TAKEN 2", "in_language", "ENT10611"], ["ENT32753", "has_genre", "ACTION"], ["ENT32753", "REL5", "ACTION"], ["ENT32753", "in_language", "ENT10611"], ["ENT32910", "has_genre", "ACTION"], ["ENT32910", "REL5", "ENT12156"], ["ENT32910", "in_language", "ENT12156"], ["ENT33227", "has_genre", "ACTION"], ["ENT33227", "in_language", "ENT10611"], ["ENT33227", "in_language", "KOREAN"], ["THE AVENGERS", "has_genre", "ACTION"], ["THE AVENGERS", "REL5", "CHRIS EVANS"], ["THE AVENGERS", "REL8", "CHRIS EVANS"], ["ENT33880", "has_genre", "ACTION"], ["ENT33880", "in_language", "ENT12156"], ["THE EXTRAORDINARY ADVENTURES OF ADÈLE BLANC-SEC", "has_genre", "ACTION"], ["THE EXTRAORDINARY ADVENTURES OF ADÈLE BLANC-SEC", "REL5", "ENT12156"], ["THE EXTRAORDINARY ADVENTURES OF ADÈLE BLANC-SEC", "in_language", "ENT12156"], ["THE FIFTH ELEMENT", "has_genre", "ACTION"], ["THE FIFTH ELEMENT", "REL5", "ACTION"], ["THE FIFTH ELEMENT", "in_language", "ENT10611"], ["ENT34322", "has_genre", "ACTION"], ["ENT34322", "in_language", "ENT10611"], ["THE FRENCH CONNECTION", "has_genre", "ACTION"], ["THE FRENCH CONNECTION", "REL5", "ACTION"], ["THE FRENCH CONNECTION", "in_language", "ENT12156"], ["THE LAST STAND", "has_genre", "ACTION"], ["THE LAST STAND", "REL5", "ACTION"], ["THE LAST STAND", "release_year", "2013"], ["ENT35114", "has_genre", "ACTION"], ["ENT35114", "release_year", "2013"], ["ENT35139", "has_genre", "ACTION"], ["ENT35139", "REL5", "ACTION"], ["ENT35139", "in_language", "ENT12156"], ["ENT35519", "has_genre", "ACTION"], ["ENT35519", "release_year", "2013"], ["THE RAID 2", "has_genre", "ACTION"], ["THE RAID 2", "REL5", "ACTION"], ["THE RAID 2", "in_language", "ENT10611"], ["ENT35930", "has_genre", "ACTION"], ["ENT35930", "REL5", "ACTION"], ["ENT35930", "REL5", "ENT10014"], ["ENT35930", "REL8", "ENT10014"], ["THE TRANSPORTER", "has_genre", "ACTION"], ["THE TRANSPORTER", "REL5", "ACTION"], ["THE TRANSPORTER", "in_language", "ENT12156"], ["THE TWELVE TASKS OF ASTERIX", "has_genre", "ACTION"], ["THE TWELVE TASKS OF ASTERIX", "in_language", "ENT12156"], ["THUNDERBOLT", "has_genre", "ACTION"], ["THUNDERBOLT", "in_language", "ENT10611"], ["TMNT", "has_genre", "ACTION"], ["TMNT", "REL8", "CHRIS EVANS"], ["TRANSPORTER 2", "has_genre", "ACTION"], ["TRANSPORTER 2", "REL5", "ACTION"], ["TRANSPORTER 2", "in_language", "ENT12156"], ["TRUE LIES", "has_genre", "ACTION"], ["TRUE LIES", "REL5", "ACTION"], ["TRUE LIES", "in_language", "ENT12156"], ["UNDERWORLD", "has_genre", "ACTION"], ["UNDERWORLD", "REL5", "ACTION"], ["UNDERWORLD", "in_language", "ENT10611"], ["VEHICLE 19", "has_genre", "ACTION"], ["VEHICLE 19", "release_year", "2013"], ["ENT38342", "has_genre", "ACTION"], ["ENT38342", "release_year", "2013"], ["ENT38712", "has_genre", "ACTION"], ["ENT38712", "in_language", "ENT12156"], ["WASABI", "has_genre", "ACTION"], ["WASABI", "REL5", "ACTION"], ["WASABI", "in_language", "ENT12156"], ["ENT38870", "has_genre", "ACTION"], ["ENT38870", "in_language", "ENT10611"], ["WELCOME TO THE PUNCH", "has_genre", "ACTION"], ["WELCOME TO THE PUNCH", "release_year", "2013"], ["WHITE HOUSE DOWN", "has_genre", "ACTION"], ["WHITE HOUSE DOWN", "REL5", "ACTION"], ["WHITE HOUSE DOWN", "release_year", "2013"], ["ENT39776", "has_genre", "ACTION"], ["ENT39776", "release_year", "2013"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 27438, ENT160 32701, ENT3617 10590, CARNE 11426, DELICATESSEN 29088, ENT12156 16480, ENT21482 3669, ENT24056 26897, OUT FOR JUSTICE 34303, ENT35542 src, edge_attr, dst 32701, in_language, 29088 32701, release_year, 27438 10590, REL5, 29088 10590, in_language, 29088 10590, release_year, 27438 11426, REL5, 29088 11426, in_language, 29088 11426, release_year, 27438 16480, in_language, 29088 16480, release_year, 27438 3669, in_language, 29088 26897, release_year, 27438 34303, in_language, 29088 34303, release_year, 27438 Question: How are ENT24056 and OUT FOR JUSTICE related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT24056", "OUT FOR JUSTICE"], "valid_edges": [["ENT3617", "in_language", "ENT12156"], ["ENT3617", "release_year", "ENT160"], ["CARNE", "REL5", "ENT12156"], ["CARNE", "in_language", "ENT12156"], ["CARNE", "release_year", "ENT160"], ["DELICATESSEN", "REL5", "ENT12156"], ["DELICATESSEN", "in_language", "ENT12156"], ["DELICATESSEN", "release_year", "ENT160"], ["ENT21482", "in_language", "ENT12156"], ["ENT21482", "release_year", "ENT160"], ["ENT24056", "in_language", "ENT12156"], ["OUT FOR JUSTICE", "release_year", "ENT160"], ["ENT35542", "in_language", "ENT12156"], ["ENT35542", "release_year", "ENT160"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 5201, ENT185 21019, 3 A.M. 11039, COMPUTER ANIMATION 14051, LEE DAVIS 11676, ENT30906 src, edge_attr, dst 21019, directed_by, 14051 21019, release_year, 5201 21019, REL9, 14051 11676, REL5, 11039 11676, release_year, 5201 Question: How are COMPUTER ANIMATION and LEE DAVIS related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["COMPUTER ANIMATION", "LEE DAVIS"], "valid_edges": [["3 A.M.", "directed_by", "LEE DAVIS"], ["3 A.M.", "release_year", "ENT185"], ["3 A.M.", "REL9", "LEE DAVIS"], ["ENT30906", "REL5", "COMPUTER ANIMATION"], ["ENT30906", "release_year", "ENT185"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 27569, ENT128 28924, ENT2922 30658, BERKELY MATHER 35329, ENT9718 38518, THE MIRACLE WORKER src, edge_attr, dst 35329, release_year, 27569 35329, REL9, 30658 38518, directed_by, 28924 38518, REL5, 28924 38518, release_year, 27569 Question: For what reason are ENT2922 and BERKELY MATHER associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT2922", "BERKELY MATHER"], "valid_edges": [["ENT9718", "release_year", "ENT128"], ["ENT9718", "REL9", "BERKELY MATHER"], ["THE MIRACLE WORKER", "directed_by", "ENT2922"], ["THE MIRACLE WORKER", "REL5", "ENT2922"], ["THE MIRACLE WORKER", "release_year", "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 9048, 1996 31170, ENT4590 5910, ENT11253 16179, HARVEY 33264, ENT16058 34450, ENT19042 22224, MATILDA 23474, MICHAEL 25636, ENT26906 25519, THE ADVENTURES OF PINOCCHIO 36608, ENT36359 24982, WHITE SQUALL src, edge_attr, dst 31170, has_genre, 5910 31170, release_year, 9048 16179, has_genre, 5910 16179, release_year, 9048 33264, REL5, 5910 33264, release_year, 9048 34450, has_genre, 5910 34450, release_year, 9048 22224, has_genre, 5910 22224, REL5, 5910 22224, release_year, 9048 23474, has_genre, 5910 23474, release_year, 9048 25636, has_genre, 5910 25636, release_year, 9048 25519, has_genre, 5910 25519, release_year, 9048 36608, has_genre, 5910 36608, REL5, 5910 24982, release_year, 9048 Question: For what reason are ENT36359 and WHITE SQUALL associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT36359", "WHITE SQUALL"], "valid_edges": [["ENT4590", "has_genre", "ENT11253"], ["ENT4590", "release_year", "1996"], ["HARVEY", "has_genre", "ENT11253"], ["HARVEY", "release_year", "1996"], ["ENT16058", "REL5", "ENT11253"], ["ENT16058", "release_year", "1996"], ["ENT19042", "has_genre", "ENT11253"], ["ENT19042", "release_year", "1996"], ["MATILDA", "has_genre", "ENT11253"], ["MATILDA", "REL5", "ENT11253"], ["MATILDA", "release_year", "1996"], ["MICHAEL", "has_genre", "ENT11253"], ["MICHAEL", "release_year", "1996"], ["ENT26906", "has_genre", "ENT11253"], ["ENT26906", "release_year", "1996"], ["THE ADVENTURES OF PINOCCHIO", "has_genre", "ENT11253"], ["THE ADVENTURES OF PINOCCHIO", "release_year", "1996"], ["ENT36359", "has_genre", "ENT11253"], ["ENT36359", "REL5", "ENT11253"], ["WHITE SQUALL", "release_year", "1996"]]}
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 18253, ENT4125 16661, DRAMA 26156, NURSING HOME 31968, RACHEL GETTING MARRIED 17135, THE NOTEBOOK src, edge_attr, dst 31968, has_genre, 16661 31968, REL8, 18253 17135, has_genre, 16661 17135, REL5, 26156 Question: For what reason are ENT4125 and NURSING HOME associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4125", "NURSING HOME"], "valid_edges": [["RACHEL GETTING MARRIED", "has_genre", "DRAMA"], ["RACHEL GETTING MARRIED", "REL8", "ENT4125"], ["THE NOTEBOOK", "has_genre", "DRAMA"], ["THE NOTEBOOK", "REL5", "NURSING HOME"]]}
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 40046, HAMLET 556, HAMLET 2 20735, HAMLET GOES BUSINESS 14867, MARIANNE FAITHFULL 6153, ENT35527 src, edge_attr, dst 40046, REL5, 40046 40046, REL8, 14867 556, has_genre, 17148 556, REL5, 40046 20735, has_genre, 17148 20735, REL5, 17148 20735, REL5, 40046 6153, has_genre, 17148 Question: For what reason are MARIANNE FAITHFULL and ENT35527 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["MARIANNE FAITHFULL", "ENT35527"], "valid_edges": [["HAMLET", "REL5", "HAMLET"], ["HAMLET", "REL8", "MARIANNE FAITHFULL"], ["HAMLET 2", "has_genre", "ENT7161"], ["HAMLET 2", "REL5", "HAMLET"], ["HAMLET GOES BUSINESS", "has_genre", "ENT7161"], ["HAMLET GOES BUSINESS", "REL5", "ENT7161"], ["HAMLET GOES BUSINESS", "REL5", "HAMLET"], ["ENT35527", "has_genre", "ENT7161"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 14965, ENT152 9321, ENT7869 30084, ENT11498 25136, TEARS OF APRIL 24800, ENT35918 28401, UUNO TURHAPURO ARMEIJAN LEIVISSÄ src, edge_attr, dst 9321, release_year, 14965 25136, REL5, 30084 25136, in_language, 30084 24800, in_language, 30084 24800, release_year, 14965 28401, in_language, 30084 28401, release_year, 14965 Question: How are ENT7869 and TEARS OF APRIL related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT7869", "TEARS OF APRIL"], "valid_edges": [["ENT7869", "release_year", "ENT152"], ["TEARS OF APRIL", "REL5", "ENT11498"], ["TEARS OF APRIL", "in_language", "ENT11498"], ["ENT35918", "in_language", "ENT11498"], ["ENT35918", "release_year", "ENT152"], ["UUNO TURHAPURO ARMEIJAN LEIVISSÄ", "in_language", "ENT11498"], ["UUNO TURHAPURO ARMEIJAN LEIVISSÄ", "release_year", "ENT152"]]}
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 4886, 1994 25571, BLUE CHIPS 6466, CULT 6711, DEATH PROOF 16215, ENT11788 39497, ENT13526 28212, ENT15074 35255, ENT15430 6903, JACKIE BROWN 10000, MAVERICK 5512, ENT24981 21418, ENT25281 27425, ORIGINAL 28343, OWN 23467, ENT27504 4616, ENT27587 34872, RESERVOIR DOGS 37979, ENT29481 26924, ENT29912 17755, TARANTINO src, edge_attr, dst 25571, release_year, 4886 25571, REL8, 5512 6711, directed_by, 4616 6711, REL5, 39497 6711, REL5, 4616 6711, REL5, 17755 6711, REL9, 4616 16215, directed_by, 4616 16215, REL5, 4616 16215, REL5, 17755 16215, REL9, 4616 39497, directed_by, 4616 39497, REL5, 39497 39497, REL5, 4616 39497, REL5, 17755 39497, REL9, 4616 28212, release_year, 4886 28212, REL8, 5512 28212, REL9, 37979 35255, directed_by, 4616 35255, REL5, 4616 35255, REL5, 17755 35255, REL9, 4616 6903, directed_by, 4616 6903, REL5, 28343 6903, REL5, 4616 6903, REL5, 26924 6903, REL5, 17755 6903, REL8, 26924 6903, REL9, 4616 10000, release_year, 4886 10000, REL9, 37979 23467, directed_by, 4616 23467, REL5, 6466 23467, REL5, 21418 23467, REL5, 27425 23467, REL5, 28343 23467, REL5, 4616 23467, REL5, 26924 23467, REL5, 17755 23467, release_year, 4886 23467, REL9, 4616 34872, directed_by, 4616 34872, REL5, 6466 34872, REL5, 21418 34872, REL5, 27425 34872, REL5, 4616 34872, REL5, 17755 34872, REL9, 4616 Question: For what reason are ENT15074 and TARANTINO associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT15074", "TARANTINO"], "valid_edges": [["BLUE CHIPS", "release_year", "1994"], ["BLUE CHIPS", "REL8", "ENT24981"], ["DEATH PROOF", "directed_by", "ENT27587"], ["DEATH PROOF", "REL5", "ENT13526"], ["DEATH PROOF", "REL5", "ENT27587"], ["DEATH PROOF", "REL5", "TARANTINO"], ["DEATH PROOF", "REL9", "ENT27587"], ["ENT11788", "directed_by", "ENT27587"], ["ENT11788", "REL5", "ENT27587"], ["ENT11788", "REL5", "TARANTINO"], ["ENT11788", "REL9", "ENT27587"], ["ENT13526", "directed_by", "ENT27587"], ["ENT13526", "REL5", "ENT13526"], ["ENT13526", "REL5", "ENT27587"], ["ENT13526", "REL5", "TARANTINO"], ["ENT13526", "REL9", "ENT27587"], ["ENT15074", "release_year", "1994"], ["ENT15074", "REL8", "ENT24981"], ["ENT15074", "REL9", "ENT29481"], ["ENT15430", "directed_by", "ENT27587"], ["ENT15430", "REL5", "ENT27587"], ["ENT15430", "REL5", "TARANTINO"], ["ENT15430", "REL9", "ENT27587"], ["JACKIE BROWN", "directed_by", "ENT27587"], ["JACKIE BROWN", "REL5", "OWN"], ["JACKIE BROWN", "REL5", "ENT27587"], ["JACKIE BROWN", "REL5", "ENT29912"], ["JACKIE BROWN", "REL5", "TARANTINO"], ["JACKIE BROWN", "REL8", "ENT29912"], ["JACKIE BROWN", "REL9", "ENT27587"], ["MAVERICK", "release_year", "1994"], ["MAVERICK", "REL9", "ENT29481"], ["ENT27504", "directed_by", "ENT27587"], ["ENT27504", "REL5", "CULT"], ["ENT27504", "REL5", "ENT25281"], ["ENT27504", "REL5", "ORIGINAL"], ["ENT27504", "REL5", "OWN"], ["ENT27504", "REL5", "ENT27587"], ["ENT27504", "REL5", "ENT29912"], ["ENT27504", "REL5", "TARANTINO"], ["ENT27504", "release_year", "1994"], ["ENT27504", "REL9", "ENT27587"], ["RESERVOIR DOGS", "directed_by", "ENT27587"], ["RESERVOIR DOGS", "REL5", "CULT"], ["RESERVOIR DOGS", "REL5", "ENT25281"], ["RESERVOIR DOGS", "REL5", "ORIGINAL"], ["RESERVOIR DOGS", "REL5", "ENT27587"], ["RESERVOIR DOGS", "REL5", "TARANTINO"], ["RESERVOIR DOGS", "REL9", "ENT27587"]]}
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 22696, ENT3569 27846, BONJOUR TRISTESSE 25542, BREWSTER MCCLOUD 20773, ENT7384 10900, ENT11570 37068, ENT16373 14080, LOVERS AND OTHER STRANGERS 3703, RYAN'S DAUGHTER 31415, ENT30299 9091, ENT33298 14890, ENT33772 26597, ENT34938 8204, ENT35668 9416, THE TWELVE CHAIRS 25300, ENT37820 2878, ENT39735 src, edge_attr, dst 27846, REL5, 22696 25542, REL5, 22696 25542, release_year, 37792 20773, REL5, 22696 20773, release_year, 37792 10900, REL5, 22696 10900, release_year, 37792 37068, REL5, 22696 37068, release_year, 37792 14080, release_year, 37792 3703, REL5, 22696 3703, release_year, 37792 31415, REL5, 22696 31415, release_year, 37792 9091, REL5, 22696 9091, release_year, 37792 14890, REL5, 22696 14890, release_year, 37792 26597, REL5, 22696 26597, release_year, 37792 8204, REL5, 22696 8204, release_year, 37792 9416, REL5, 22696 9416, release_year, 37792 25300, REL5, 22696 25300, release_year, 37792 2878, REL5, 22696 2878, release_year, 37792 Question: How are BONJOUR TRISTESSE and LOVERS AND OTHER STRANGERS related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["BONJOUR TRISTESSE", "LOVERS AND OTHER STRANGERS"], "valid_edges": [["BONJOUR TRISTESSE", "REL5", "ENT3569"], ["BREWSTER MCCLOUD", "REL5", "ENT3569"], ["BREWSTER MCCLOUD", "release_year", "ENT136"], ["ENT7384", "REL5", "ENT3569"], ["ENT7384", "release_year", "ENT136"], ["ENT11570", "REL5", "ENT3569"], ["ENT11570", "release_year", "ENT136"], ["ENT16373", "REL5", "ENT3569"], ["ENT16373", "release_year", "ENT136"], ["LOVERS AND OTHER STRANGERS", "release_year", "ENT136"], ["RYAN'S DAUGHTER", "REL5", "ENT3569"], ["RYAN'S DAUGHTER", "release_year", "ENT136"], ["ENT30299", "REL5", "ENT3569"], ["ENT30299", "release_year", "ENT136"], ["ENT33298", "REL5", "ENT3569"], ["ENT33298", "release_year", "ENT136"], ["ENT33772", "REL5", "ENT3569"], ["ENT33772", "release_year", "ENT136"], ["ENT34938", "REL5", "ENT3569"], ["ENT34938", "release_year", "ENT136"], ["ENT35668", "REL5", "ENT3569"], ["ENT35668", "release_year", "ENT136"], ["THE TWELVE CHAIRS", "REL5", "ENT3569"], ["THE TWELVE CHAIRS", "release_year", "ENT136"], ["ENT37820", "REL5", "ENT3569"], ["ENT37820", "release_year", "ENT136"], ["ENT39735", "REL5", "ENT3569"], ["ENT39735", "release_year", "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 19032, BAD BOYS 17148, ENT7161 9088, DISTANT THUNDER 16661, DRAMA 13810, GERMAN 26003, ENT13561 22499, IT'S A MAD, MAD, MAD, MAD WORLD 1935, ENT18446 18397, ENT18664 319, NOT AS A STRANGER 26124, ENT25523 23539, ENT25641 8931, ENT28511 8721, ENT29627 21961, ENT30831 4143, ENT31568 13684, STANLEY KRAMER 19608, WAR src, edge_attr, dst 19032, directed_by, 8931 19032, has_genre, 17148 19032, has_genre, 16661 19032, REL5, 17148 19032, REL5, 8931 9088, directed_by, 8931 9088, has_genre, 16661 26003, directed_by, 13684 26003, has_genre, 17148 26003, has_genre, 16661 26003, REL5, 4143 26003, REL5, 13684 26003, REL8, 4143 22499, directed_by, 13684 22499, has_genre, 17148 22499, REL5, 17148 22499, REL5, 13684 22499, REL8, 4143 1935, directed_by, 13684 1935, has_genre, 16661 1935, has_genre, 19608 1935, REL5, 13684 1935, REL5, 19608 1935, in_language, 13810 1935, REL8, 4143 18397, directed_by, 8931 18397, has_genre, 17148 319, directed_by, 13684 319, has_genre, 16661 26124, directed_by, 13684 26124, has_genre, 16661 23539, directed_by, 13684 23539, has_genre, 16661 23539, REL5, 13684 8721, directed_by, 8931 8721, has_genre, 16661 21961, directed_by, 13684 21961, has_genre, 16661 21961, has_genre, 19608 21961, REL5, 13684 21961, in_language, 13810 Question: For what reason are ENT28511 and STANLEY KRAMER associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT28511", "STANLEY KRAMER"], "valid_edges": [["BAD BOYS", "directed_by", "ENT28511"], ["BAD BOYS", "has_genre", "ENT7161"], ["BAD BOYS", "has_genre", "DRAMA"], ["BAD BOYS", "REL5", "ENT7161"], ["BAD BOYS", "REL5", "ENT28511"], ["DISTANT THUNDER", "directed_by", "ENT28511"], ["DISTANT THUNDER", "has_genre", "DRAMA"], ["ENT13561", "directed_by", "STANLEY KRAMER"], ["ENT13561", "has_genre", "ENT7161"], ["ENT13561", "has_genre", "DRAMA"], ["ENT13561", "REL5", "ENT31568"], ["ENT13561", "REL5", "STANLEY KRAMER"], ["ENT13561", "REL8", "ENT31568"], ["IT'S A MAD, MAD, MAD, MAD WORLD", "directed_by", "STANLEY KRAMER"], ["IT'S A MAD, MAD, MAD, MAD WORLD", "has_genre", "ENT7161"], ["IT'S A MAD, MAD, MAD, MAD WORLD", "REL5", "ENT7161"], ["IT'S A MAD, MAD, MAD, MAD WORLD", "REL5", "STANLEY KRAMER"], ["IT'S A MAD, MAD, MAD, MAD WORLD", "REL8", "ENT31568"], ["ENT18446", "directed_by", "STANLEY KRAMER"], ["ENT18446", "has_genre", "DRAMA"], ["ENT18446", "has_genre", "WAR"], ["ENT18446", "REL5", "STANLEY KRAMER"], ["ENT18446", "REL5", "WAR"], ["ENT18446", "in_language", "GERMAN"], ["ENT18446", "REL8", "ENT31568"], ["ENT18664", "directed_by", "ENT28511"], ["ENT18664", "has_genre", "ENT7161"], ["NOT AS A STRANGER", "directed_by", "STANLEY KRAMER"], ["NOT AS A STRANGER", "has_genre", "DRAMA"], ["ENT25523", "directed_by", "STANLEY KRAMER"], ["ENT25523", "has_genre", "DRAMA"], ["ENT25641", "directed_by", "STANLEY KRAMER"], ["ENT25641", "has_genre", "DRAMA"], ["ENT25641", "REL5", "STANLEY KRAMER"], ["ENT29627", "directed_by", "ENT28511"], ["ENT29627", "has_genre", "DRAMA"], ["ENT30831", "directed_by", "STANLEY KRAMER"], ["ENT30831", "has_genre", "DRAMA"], ["ENT30831", "has_genre", "WAR"], ["ENT30831", "REL5", "STANLEY KRAMER"], ["ENT30831", "in_language", "GERMAN"]]}
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 38275, AN AMERICAN AFFAIR 24990, ENT27192 29855, ENT27565 4063, SCARLETT JOHANSSON 15417, THE SPIRIT 6824, VICKY CRISTINA BARCELONA 7609, WILLIAM OLSSON src, edge_attr, dst 38275, directed_by, 7609 38275, release_year, 20922 29855, REL5, 24990 29855, release_year, 20922 15417, REL5, 4063 15417, release_year, 20922 6824, REL5, 24990 6824, REL5, 4063 6824, release_year, 20922 6824, REL8, 4063 Question: In what context are VICKY CRISTINA BARCELONA and WILLIAM OLSSON connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["VICKY CRISTINA BARCELONA", "WILLIAM OLSSON"], "valid_edges": [["AN AMERICAN AFFAIR", "directed_by", "WILLIAM OLSSON"], ["AN AMERICAN AFFAIR", "release_year", "ENT193"], ["ENT27565", "REL5", "ENT27192"], ["ENT27565", "release_year", "ENT193"], ["THE SPIRIT", "REL5", "SCARLETT JOHANSSON"], ["THE SPIRIT", "release_year", "ENT193"], ["VICKY CRISTINA BARCELONA", "REL5", "ENT27192"], ["VICKY CRISTINA BARCELONA", "REL5", "SCARLETT JOHANSSON"], ["VICKY CRISTINA BARCELONA", "release_year", "ENT193"], ["VICKY CRISTINA BARCELONA", "REL8", "SCARLETT JOHANSSON"]]}
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 2985, ENT124 891, ENT135 24096, 1988 4263, A KIND OF LOVING 31661, ENT590 23598, A SOLDIER'S DAUGHTER NEVER CRIES 12093, A WORLD APART 18922, ENT1737 2502, AND GOD CREATED WOMAN 16145, ENT2522 20447, ENT2771 18566, BAT*21 15458, BEACHES 39748, ENT3938 34730, BILLY LIAR 3110, BRIGHT LIGHTS, BIG CITY 378, ENT5293 9122, ENT5500 16339, ENT6392 18499, CINEMA PARADISO 8376, CLARA'S HEART 33457, ENT6916 36778, ENT7036 26673, ENT7690 29323, DANGEROUS LIAISONS 24945, DARLING 28095, ENT8625 9088, DISTANT THUNDER 33281, ENT9368 16661, DRAMA 27362, ENT10097 24065, ENT10243 9317, FAR FROM THE MADDING CROWD 14962, ENT12171 18182, ENT13300 12433, ENT13393 28785, GUNBUSTER 35286, ENT14183 1936, ENT14498 9006, ENT14676 629, ENT16751 12036, ENT17857 6488, LITTLE NIKITA 20539, LOOK BACK IN ANGER 38950, ENT21488 13946, MIDNIGHT COWBOY 2972, MR. NORTH 1356, ENT26137 21582, ENT26625 3712, RAIN MAN 2732, ENT29563 33768, ENT29646 17258, ENT30169 16023, ENT31680 31444, STEALING HOME 20562, ENT32181 18924, SUNDAY BLOODY SUNDAY 7866, SWEET HEARTS DANCE 13763, TALK RADIO 37047, ENT33228 4223, ENT33229 16374, THE BIG BLUE 39847, THE BOOST 9031, ENT33965 8819, ENT33979 37285, THE GOLDEN BOWL 37516, THE GOOD MOTHER 20243, THE KISS 33557, ENT35007 2052, ENT35097 29054, ENT35342 8108, ENT35482 26451, THE NUN'S STORY 12177, ENT35747 32747, ENT36059 6923, ENT36862 16354, TO KILL A PRIEST 9689, ENT37600 24005, WOMEN ON THE VERGE OF A NERVOUS BREAKDOWN 31392, WORKING GIRL 38918, ENT39780 src, edge_attr, dst 891, has_genre, 16661 891, release_year, 24096 4263, directed_by, 12036 4263, has_genre, 16661 31661, has_genre, 16661 31661, release_year, 24096 23598, has_genre, 16661 23598, REL9, 33768 12093, has_genre, 16661 12093, release_year, 24096 18922, has_genre, 16661 18922, release_year, 24096 2502, has_genre, 16661 2502, release_year, 24096 16145, has_genre, 16661 16145, release_year, 24096 20447, has_genre, 16661 20447, release_year, 24096 18566, has_genre, 16661 18566, release_year, 24096 15458, has_genre, 16661 15458, release_year, 24096 39748, has_genre, 16661 39748, release_year, 24096 34730, directed_by, 12036 34730, has_genre, 16661 34730, REL5, 12036 3110, has_genre, 16661 3110, release_year, 24096 378, has_genre, 16661 378, release_year, 24096 9122, has_genre, 16661 9122, release_year, 24096 16339, has_genre, 16661 16339, release_year, 24096 18499, has_genre, 16661 18499, release_year, 24096 8376, has_genre, 16661 8376, release_year, 24096 33457, has_genre, 16661 33457, release_year, 24096 36778, has_genre, 16661 36778, release_year, 24096 26673, has_genre, 16661 26673, release_year, 24096 29323, has_genre, 16661 29323, release_year, 24096 24945, directed_by, 12036 24945, has_genre, 16661 24945, REL5, 12036 24945, REL9, 12036 28095, has_genre, 16661 28095, release_year, 24096 9088, has_genre, 16661 9088, release_year, 24096 33281, has_genre, 16661 33281, release_year, 24096 24065, has_genre, 16661 24065, release_year, 24096 9317, directed_by, 12036 9317, has_genre, 16661 9317, REL5, 12036 14962, has_genre, 16661 14962, release_year, 24096 18182, has_genre, 16661 18182, release_year, 24096 12433, has_genre, 16661 12433, release_year, 24096 28785, has_genre, 16661 28785, release_year, 24096 35286, has_genre, 16661 35286, REL9, 33768 1936, has_genre, 16661 1936, release_year, 24096 9006, has_genre, 16661 9006, release_year, 24096 629, has_genre, 16661 629, REL9, 33768 6488, has_genre, 16661 6488, release_year, 24096 20539, has_genre, 16661 20539, release_year, 2985 20539, REL8, 27362 38950, directed_by, 12036 38950, has_genre, 16661 38950, release_year, 24096 38950, REL9, 12036 38950, REL9, 33768 13946, directed_by, 12036 13946, has_genre, 16661 13946, REL5, 12036 2972, has_genre, 16661 2972, release_year, 24096 1356, has_genre, 16661 1356, release_year, 24096 21582, has_genre, 16661 21582, release_year, 24096 3712, has_genre, 16661 3712, REL5, 16661 3712, release_year, 24096 2732, has_genre, 16661 2732, REL5, 16661 2732, release_year, 24096 17258, has_genre, 16661 17258, release_year, 24096 16023, has_genre, 16661 16023, release_year, 24096 31444, has_genre, 16661 31444, release_year, 24096 20562, has_genre, 16661 20562, release_year, 24096 18924, directed_by, 12036 18924, has_genre, 16661 18924, REL5, 12036 7866, has_genre, 16661 7866, release_year, 24096 13763, has_genre, 16661 13763, release_year, 24096 37047, has_genre, 16661 37047, release_year, 24096 4223, has_genre, 16661 4223, release_year, 24096 16374, has_genre, 16661 16374, release_year, 24096 39847, has_genre, 16661 39847, release_year, 24096 9031, has_genre, 16661 9031, release_year, 24096 8819, directed_by, 12036 8819, has_genre, 16661 37285, has_genre, 16661 37285, REL9, 33768 37516, has_genre, 16661 37516, release_year, 24096 20243, has_genre, 16661 20243, release_year, 24096 33557, has_genre, 16661 33557, release_year, 24096 2052, has_genre, 16661 2052, release_year, 24096 29054, has_genre, 16661 29054, release_year, 24096 8108, directed_by, 12036 8108, has_genre, 16661 26451, release_year, 2985 26451, REL8, 27362 12177, has_genre, 16661 12177, release_year, 24096 32747, has_genre, 16661 32747, release_year, 24096 6923, has_genre, 16661 6923, release_year, 24096 16354, has_genre, 16661 16354, release_year, 24096 9689, has_genre, 16661 9689, release_year, 24096 24005, has_genre, 16661 24005, release_year, 24096 31392, has_genre, 16661 31392, release_year, 24096 38918, directed_by, 12036 38918, has_genre, 16661 Question: In what context are ENT10097 and ENT21488 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT10097", "ENT21488"], "valid_edges": [["ENT135", "has_genre", "DRAMA"], ["ENT135", "release_year", "1988"], ["A KIND OF LOVING", "directed_by", "ENT17857"], ["A KIND OF LOVING", "has_genre", "DRAMA"], ["ENT590", "has_genre", "DRAMA"], ["ENT590", "release_year", "1988"], ["A SOLDIER'S DAUGHTER NEVER CRIES", "has_genre", "DRAMA"], ["A SOLDIER'S DAUGHTER NEVER CRIES", "REL9", "ENT29646"], ["A WORLD APART", "has_genre", "DRAMA"], ["A WORLD APART", "release_year", "1988"], ["ENT1737", "has_genre", "DRAMA"], ["ENT1737", "release_year", "1988"], ["AND GOD CREATED WOMAN", "has_genre", "DRAMA"], ["AND GOD CREATED WOMAN", "release_year", "1988"], ["ENT2522", "has_genre", "DRAMA"], ["ENT2522", "release_year", "1988"], ["ENT2771", "has_genre", "DRAMA"], ["ENT2771", "release_year", "1988"], ["BAT*21", "has_genre", "DRAMA"], ["BAT*21", "release_year", "1988"], ["BEACHES", "has_genre", "DRAMA"], ["BEACHES", "release_year", "1988"], ["ENT3938", "has_genre", "DRAMA"], ["ENT3938", "release_year", "1988"], ["BILLY LIAR", "directed_by", "ENT17857"], ["BILLY LIAR", "has_genre", "DRAMA"], ["BILLY LIAR", "REL5", "ENT17857"], ["BRIGHT LIGHTS, BIG CITY", "has_genre", "DRAMA"], ["BRIGHT LIGHTS, BIG CITY", "release_year", "1988"], ["ENT5293", "has_genre", "DRAMA"], ["ENT5293", "release_year", "1988"], ["ENT5500", "has_genre", "DRAMA"], ["ENT5500", "release_year", "1988"], ["ENT6392", "has_genre", "DRAMA"], ["ENT6392", "release_year", "1988"], ["CINEMA PARADISO", "has_genre", "DRAMA"], ["CINEMA PARADISO", "release_year", "1988"], ["CLARA'S HEART", "has_genre", "DRAMA"], ["CLARA'S HEART", "release_year", "1988"], ["ENT6916", "has_genre", "DRAMA"], ["ENT6916", "release_year", "1988"], ["ENT7036", "has_genre", "DRAMA"], ["ENT7036", "release_year", "1988"], ["ENT7690", "has_genre", "DRAMA"], ["ENT7690", "release_year", "1988"], ["DANGEROUS LIAISONS", "has_genre", "DRAMA"], ["DANGEROUS LIAISONS", "release_year", "1988"], ["DARLING", "directed_by", "ENT17857"], ["DARLING", "has_genre", "DRAMA"], ["DARLING", "REL5", "ENT17857"], ["DARLING", "REL9", "ENT17857"], ["ENT8625", "has_genre", "DRAMA"], ["ENT8625", "release_year", "1988"], ["DISTANT THUNDER", "has_genre", "DRAMA"], ["DISTANT THUNDER", "release_year", "1988"], ["ENT9368", "has_genre", "DRAMA"], ["ENT9368", "release_year", "1988"], ["ENT10243", "has_genre", "DRAMA"], ["ENT10243", "release_year", "1988"], ["FAR FROM THE MADDING CROWD", "directed_by", "ENT17857"], ["FAR FROM THE MADDING CROWD", "has_genre", "DRAMA"], ["FAR FROM THE MADDING CROWD", "REL5", "ENT17857"], ["ENT12171", "has_genre", "DRAMA"], ["ENT12171", "release_year", "1988"], ["ENT13300", "has_genre", "DRAMA"], ["ENT13300", "release_year", "1988"], ["ENT13393", "has_genre", "DRAMA"], ["ENT13393", "release_year", "1988"], ["GUNBUSTER", "has_genre", "DRAMA"], ["GUNBUSTER", "release_year", "1988"], ["ENT14183", "has_genre", "DRAMA"], ["ENT14183", "REL9", "ENT29646"], ["ENT14498", "has_genre", "DRAMA"], ["ENT14498", "release_year", "1988"], ["ENT14676", "has_genre", "DRAMA"], ["ENT14676", "release_year", "1988"], ["ENT16751", "has_genre", "DRAMA"], ["ENT16751", "REL9", "ENT29646"], ["LITTLE NIKITA", "has_genre", "DRAMA"], ["LITTLE NIKITA", "release_year", "1988"], ["LOOK BACK IN ANGER", "has_genre", "DRAMA"], ["LOOK BACK IN ANGER", "release_year", "ENT124"], ["LOOK BACK IN ANGER", "REL8", "ENT10097"], ["ENT21488", "directed_by", "ENT17857"], ["ENT21488", "has_genre", "DRAMA"], ["ENT21488", "release_year", "1988"], ["ENT21488", "REL9", "ENT17857"], ["ENT21488", "REL9", "ENT29646"], ["MIDNIGHT COWBOY", "directed_by", "ENT17857"], ["MIDNIGHT COWBOY", "has_genre", "DRAMA"], ["MIDNIGHT COWBOY", "REL5", "ENT17857"], ["MR. NORTH", "has_genre", "DRAMA"], ["MR. NORTH", "release_year", "1988"], ["ENT26137", "has_genre", "DRAMA"], ["ENT26137", "release_year", "1988"], ["ENT26625", "has_genre", "DRAMA"], ["ENT26625", "release_year", "1988"], ["RAIN MAN", "has_genre", "DRAMA"], ["RAIN MAN", "REL5", "DRAMA"], ["RAIN MAN", "release_year", "1988"], ["ENT29563", "has_genre", "DRAMA"], ["ENT29563", "REL5", "DRAMA"], ["ENT29563", "release_year", "1988"], ["ENT30169", "has_genre", "DRAMA"], ["ENT30169", "release_year", "1988"], ["ENT31680", "has_genre", "DRAMA"], ["ENT31680", "release_year", "1988"], ["STEALING HOME", "has_genre", "DRAMA"], ["STEALING HOME", "release_year", "1988"], ["ENT32181", "has_genre", "DRAMA"], ["ENT32181", "release_year", "1988"], ["SUNDAY BLOODY SUNDAY", "directed_by", "ENT17857"], ["SUNDAY BLOODY SUNDAY", "has_genre", "DRAMA"], ["SUNDAY BLOODY SUNDAY", "REL5", "ENT17857"], ["SWEET HEARTS DANCE", "has_genre", "DRAMA"], ["SWEET HEARTS DANCE", "release_year", "1988"], ["TALK RADIO", "has_genre", "DRAMA"], ["TALK RADIO", "release_year", "1988"], ["ENT33228", "has_genre", "DRAMA"], ["ENT33228", "release_year", "1988"], ["ENT33229", "has_genre", "DRAMA"], ["ENT33229", "release_year", "1988"], ["THE BIG BLUE", "has_genre", "DRAMA"], ["THE BIG BLUE", "release_year", "1988"], ["THE BOOST", "has_genre", "DRAMA"], ["THE BOOST", "release_year", "1988"], ["ENT33965", "has_genre", "DRAMA"], ["ENT33965", "release_year", "1988"], ["ENT33979", "directed_by", "ENT17857"], ["ENT33979", "has_genre", "DRAMA"], ["THE GOLDEN BOWL", "has_genre", "DRAMA"], ["THE GOLDEN BOWL", "REL9", "ENT29646"], ["THE GOOD MOTHER", "has_genre", "DRAMA"], ["THE GOOD MOTHER", "release_year", "1988"], ["THE KISS", "has_genre", "DRAMA"], ["THE KISS", "release_year", "1988"], ["ENT35007", "has_genre", "DRAMA"], ["ENT35007", "release_year", "1988"], ["ENT35097", "has_genre", "DRAMA"], ["ENT35097", "release_year", "1988"], ["ENT35342", "has_genre", "DRAMA"], ["ENT35342", "release_year", "1988"], ["ENT35482", "directed_by", "ENT17857"], ["ENT35482", "has_genre", "DRAMA"], ["THE NUN'S STORY", "release_year", "ENT124"], ["THE NUN'S STORY", "REL8", "ENT10097"], ["ENT35747", "has_genre", "DRAMA"], ["ENT35747", "release_year", "1988"], ["ENT36059", "has_genre", "DRAMA"], ["ENT36059", "release_year", "1988"], ["ENT36862", "has_genre", "DRAMA"], ["ENT36862", "release_year", "1988"], ["TO KILL A PRIEST", "has_genre", "DRAMA"], ["TO KILL A PRIEST", "release_year", "1988"], ["ENT37600", "has_genre", "DRAMA"], ["ENT37600", "release_year", "1988"], ["WOMEN ON THE VERGE OF A NERVOUS BREAKDOWN", "has_genre", "DRAMA"], ["WOMEN ON THE VERGE OF A NERVOUS BREAKDOWN", "release_year", "1988"], ["WORKING GIRL", "has_genre", "DRAMA"], ["WORKING GIRL", "release_year", "1988"], ["ENT39780", "directed_by", "ENT17857"], ["ENT39780", "has_genre", "DRAMA"]]}
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 36343, ENT24016 13900, MORTAL KOMBAT src, edge_attr, dst 36343, release_year, 38669 13900, release_year, 38669 Question: In what context are ENT24016 and MORTAL KOMBAT connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT24016", "MORTAL KOMBAT"], "valid_edges": [["ENT24016", "release_year", "ENT164"], ["MORTAL KOMBAT", "release_year", "ENT164"]]}
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 33813, 1975 18157, ENT689 17762, ENT1908 19952, BACK TO THE FUTURE 11087, CATCH ME IF YOU CAN 29249, CLOSE ENCOUNTERS OF THE THIRD KIND 8603, DUEL 16104, E.T. THE EXTRA-TERRESTRIAL 34675, HOLY GRAIL 34103, HOOK 38563, ENT15403 39399, ENT15411 13423, INDIANA JONES AND THE TEMPLE OF DOOM 9443, ENT16540 13253, JURASSIC PARK 6296, KIDNAP SYNDICATE 12867, LINCOLN 4994, ENT23831 6728, ENT24090 5770, MUNICH 30701, POLTERGEIST 4588, ENT27729 16410, ENT30124 15996, ENT30166 27175, SEAN CONNERY 4389, ENT31582 40090, STEVEN SPIELBERG 11341, THE COLOR PURPLE 2010, THE MAN WHO WOULD BE KING 25446, THE TERMINAL 30692, ENT36666 6892, WAR OF THE WORLDS src, edge_attr, dst 18157, directed_by, 40090 18157, REL5, 4389 18157, REL5, 40090 18157, REL9, 40090 17762, directed_by, 40090 17762, REL5, 4389 17762, REL5, 40090 19952, REL5, 4389 19952, REL5, 40090 11087, directed_by, 40090 11087, REL5, 4389 11087, REL5, 40090 29249, directed_by, 40090 29249, REL5, 4389 29249, REL5, 40090 29249, REL9, 40090 8603, directed_by, 40090 8603, REL5, 4389 8603, REL5, 40090 16104, directed_by, 40090 16104, REL5, 4389 16104, REL5, 40090 34103, directed_by, 40090 34103, REL5, 4389 34103, REL5, 40090 39399, directed_by, 40090 39399, REL5, 34675 39399, REL5, 38563 39399, REL5, 27175 39399, REL5, 4389 39399, REL5, 40090 39399, REL8, 27175 13423, directed_by, 40090 13423, REL5, 38563 13423, REL5, 4389 13423, REL5, 40090 9443, directed_by, 40090 9443, REL5, 4389 9443, REL5, 40090 9443, release_year, 33813 13253, directed_by, 40090 13253, REL5, 4389 13253, REL5, 40090 6296, release_year, 33813 12867, directed_by, 40090 12867, REL5, 4389 12867, REL5, 40090 4994, directed_by, 40090 4994, REL5, 4389 4994, REL5, 40090 6728, REL5, 34675 6728, release_year, 33813 5770, directed_by, 40090 5770, REL5, 4389 5770, REL5, 40090 30701, REL5, 4389 30701, REL9, 40090 4588, directed_by, 40090 4588, REL5, 4389 4588, REL5, 40090 16410, directed_by, 40090 16410, REL5, 4389 16410, REL5, 40090 15996, directed_by, 40090 15996, REL5, 4389 15996, REL5, 40090 11341, directed_by, 40090 11341, REL5, 4389 11341, REL5, 40090 2010, REL5, 38563 2010, REL5, 27175 2010, release_year, 33813 2010, REL8, 27175 25446, directed_by, 40090 25446, REL5, 4389 25446, REL5, 40090 30692, REL5, 27175 30692, release_year, 33813 30692, REL8, 27175 6892, directed_by, 40090 6892, REL5, 4389 6892, REL5, 40090 Question: How are INDIANA JONES and THE LAST CRUSADE and KIDNAP SYNDICATE related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT15411", "KIDNAP SYNDICATE"], "valid_edges": [["ENT689", "directed_by", "STEVEN SPIELBERG"], ["ENT689", "REL5", "ENT31582"], ["ENT689", "REL5", "STEVEN SPIELBERG"], ["ENT689", "REL9", "STEVEN SPIELBERG"], ["ENT1908", "directed_by", "STEVEN SPIELBERG"], ["ENT1908", "REL5", "ENT31582"], ["ENT1908", "REL5", "STEVEN SPIELBERG"], ["BACK TO THE FUTURE", "REL5", "ENT31582"], ["BACK TO THE FUTURE", "REL5", "STEVEN SPIELBERG"], ["CATCH ME IF YOU CAN", "directed_by", "STEVEN SPIELBERG"], ["CATCH ME IF YOU CAN", "REL5", "ENT31582"], ["CATCH ME IF YOU CAN", "REL5", "STEVEN SPIELBERG"], ["CLOSE ENCOUNTERS OF THE THIRD KIND", "directed_by", "STEVEN SPIELBERG"], ["CLOSE ENCOUNTERS OF THE THIRD KIND", "REL5", "ENT31582"], ["CLOSE ENCOUNTERS OF THE THIRD KIND", "REL5", "STEVEN SPIELBERG"], ["CLOSE ENCOUNTERS OF THE THIRD KIND", "REL9", "STEVEN SPIELBERG"], ["DUEL", "directed_by", "STEVEN SPIELBERG"], ["DUEL", "REL5", "ENT31582"], ["DUEL", "REL5", "STEVEN SPIELBERG"], ["E.T. THE EXTRA-TERRESTRIAL", "directed_by", "STEVEN SPIELBERG"], ["E.T. THE EXTRA-TERRESTRIAL", "REL5", "ENT31582"], ["E.T. THE EXTRA-TERRESTRIAL", "REL5", "STEVEN SPIELBERG"], ["HOOK", "directed_by", "STEVEN SPIELBERG"], ["HOOK", "REL5", "ENT31582"], ["HOOK", "REL5", "STEVEN SPIELBERG"], ["ENT15411", "directed_by", "STEVEN SPIELBERG"], ["ENT15411", "REL5", "HOLY GRAIL"], ["ENT15411", "REL5", "ENT15403"], ["ENT15411", "REL5", "SEAN CONNERY"], ["ENT15411", "REL5", "ENT31582"], ["ENT15411", "REL5", "STEVEN SPIELBERG"], ["ENT15411", "REL8", "SEAN CONNERY"], ["INDIANA JONES AND THE TEMPLE OF DOOM", "directed_by", "STEVEN SPIELBERG"], ["INDIANA JONES AND THE TEMPLE OF DOOM", "REL5", "ENT15403"], ["INDIANA JONES AND THE TEMPLE OF DOOM", "REL5", "ENT31582"], ["INDIANA JONES AND THE TEMPLE OF DOOM", "REL5", "STEVEN SPIELBERG"], ["ENT16540", "directed_by", "STEVEN SPIELBERG"], ["ENT16540", "REL5", "ENT31582"], ["ENT16540", "REL5", "STEVEN SPIELBERG"], ["ENT16540", "release_year", "1975"], ["JURASSIC PARK", "directed_by", "STEVEN SPIELBERG"], ["JURASSIC PARK", "REL5", "ENT31582"], ["JURASSIC PARK", "REL5", "STEVEN SPIELBERG"], ["KIDNAP SYNDICATE", "release_year", "1975"], ["LINCOLN", "directed_by", "STEVEN SPIELBERG"], ["LINCOLN", "REL5", "ENT31582"], ["LINCOLN", "REL5", "STEVEN SPIELBERG"], ["ENT23831", "directed_by", "STEVEN SPIELBERG"], ["ENT23831", "REL5", "ENT31582"], ["ENT23831", "REL5", "STEVEN SPIELBERG"], ["ENT24090", "REL5", "HOLY GRAIL"], ["ENT24090", "release_year", "1975"], ["MUNICH", "directed_by", "STEVEN SPIELBERG"], ["MUNICH", "REL5", "ENT31582"], ["MUNICH", "REL5", "STEVEN SPIELBERG"], ["POLTERGEIST", "REL5", "ENT31582"], ["POLTERGEIST", "REL9", "STEVEN SPIELBERG"], ["ENT27729", "directed_by", "STEVEN SPIELBERG"], ["ENT27729", "REL5", "ENT31582"], ["ENT27729", "REL5", "STEVEN SPIELBERG"], ["ENT30124", "directed_by", "STEVEN SPIELBERG"], ["ENT30124", "REL5", "ENT31582"], ["ENT30124", "REL5", "STEVEN SPIELBERG"], ["ENT30166", "directed_by", "STEVEN SPIELBERG"], ["ENT30166", "REL5", "ENT31582"], ["ENT30166", "REL5", "STEVEN SPIELBERG"], ["THE COLOR PURPLE", "directed_by", "STEVEN SPIELBERG"], ["THE COLOR PURPLE", "REL5", "ENT31582"], ["THE COLOR PURPLE", "REL5", "STEVEN SPIELBERG"], ["THE MAN WHO WOULD BE KING", "REL5", "ENT15403"], ["THE MAN WHO WOULD BE KING", "REL5", "SEAN CONNERY"], ["THE MAN WHO WOULD BE KING", "release_year", "1975"], ["THE MAN WHO WOULD BE KING", "REL8", "SEAN CONNERY"], ["THE TERMINAL", "directed_by", "STEVEN SPIELBERG"], ["THE TERMINAL", "REL5", "ENT31582"], ["THE TERMINAL", "REL5", "STEVEN SPIELBERG"], ["ENT36666", "REL5", "SEAN CONNERY"], ["ENT36666", "release_year", "1975"], ["ENT36666", "REL8", "SEAN CONNERY"], ["WAR OF THE WORLDS", "directed_by", "STEVEN SPIELBERG"], ["WAR OF THE WORLDS", "REL5", "ENT31582"], ["WAR OF THE WORLDS", "REL5", "STEVEN SPIELBERG"]]}
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 22696, ENT3569 21456, JIM BRAY 11107, ENT29233 21086, WINGS src, edge_attr, dst 11107, REL5, 22696 11107, REL8, 21456 21086, REL5, 22696 Question: For what reason are JIM BRAY and WINGS associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["JIM BRAY", "WINGS"], "valid_edges": [["ENT29233", "REL5", "ENT3569"], ["ENT29233", "REL8", "JIM BRAY"], ["WINGS", "REL5", "ENT3569"]]}
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, 2009 12473, ENT197 6857, ENT1111 11900, BAD EDUCATION 25910, ENT5085 39, CENCOROLL 21332, ENT11554 17590, GOEMON 29949, ENT16435 17668, LLUÍS HOMAR 27014, MOONLIGHT SERENADE 24420, OUTRAGE 28998, PEDRO ALMODÓVAR 3356, REDLINE 36777, ROBOGEISHA 6289, ENT31532 5773, ENT32376 4292, ENT32660 37940, ENT33891 22419, ENT38275 4625, ENT39579 12940, ENT39802 30377, ZEN src, edge_attr, dst 12473, release_year, 13063 6857, in_language, 29949 6857, release_year, 13063 11900, directed_by, 28998 11900, REL5, 28998 11900, REL5, 6289 11900, in_language, 6289 11900, REL8, 17668 11900, REL9, 28998 25910, directed_by, 28998 25910, REL5, 28998 25910, in_language, 6289 25910, release_year, 13063 25910, REL8, 17668 25910, REL9, 28998 39, in_language, 29949 39, release_year, 13063 21332, in_language, 29949 21332, release_year, 13063 17590, in_language, 29949 17590, release_year, 13063 27014, in_language, 29949 27014, release_year, 13063 24420, in_language, 29949 24420, release_year, 13063 3356, in_language, 29949 3356, release_year, 13063 36777, in_language, 29949 36777, release_year, 13063 5773, REL5, 29949 5773, in_language, 29949 5773, release_year, 13063 4292, in_language, 29949 4292, release_year, 13063 37940, in_language, 29949 37940, release_year, 13063 22419, in_language, 29949 22419, release_year, 13063 4625, in_language, 6289 4625, release_year, 12473 4625, REL8, 17668 12940, in_language, 29949 12940, release_year, 13063 30377, in_language, 29949 30377, release_year, 13063 Question: For what reason are LLUÍS HOMAR and ENT32660 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["LLUÍS HOMAR", "ENT32660"], "valid_edges": [["ENT197", "release_year", "2009"], ["ENT1111", "in_language", "ENT16435"], ["ENT1111", "release_year", "2009"], ["BAD EDUCATION", "directed_by", "PEDRO ALMODÓVAR"], ["BAD EDUCATION", "REL5", "PEDRO ALMODÓVAR"], ["BAD EDUCATION", "REL5", "ENT31532"], ["BAD EDUCATION", "in_language", "ENT31532"], ["BAD EDUCATION", "REL8", "LLUÍS HOMAR"], ["BAD EDUCATION", "REL9", "PEDRO ALMODÓVAR"], ["ENT5085", "directed_by", "PEDRO ALMODÓVAR"], ["ENT5085", "REL5", "PEDRO ALMODÓVAR"], ["ENT5085", "in_language", "ENT31532"], ["ENT5085", "release_year", "2009"], ["ENT5085", "REL8", "LLUÍS HOMAR"], ["ENT5085", "REL9", "PEDRO ALMODÓVAR"], ["CENCOROLL", "in_language", "ENT16435"], ["CENCOROLL", "release_year", "2009"], ["ENT11554", "in_language", "ENT16435"], ["ENT11554", "release_year", "2009"], ["GOEMON", "in_language", "ENT16435"], ["GOEMON", "release_year", "2009"], ["MOONLIGHT SERENADE", "in_language", "ENT16435"], ["MOONLIGHT SERENADE", "release_year", "2009"], ["OUTRAGE", "in_language", "ENT16435"], ["OUTRAGE", "release_year", "2009"], ["REDLINE", "in_language", "ENT16435"], ["REDLINE", "release_year", "2009"], ["ROBOGEISHA", "in_language", "ENT16435"], ["ROBOGEISHA", "release_year", "2009"], ["ENT32376", "REL5", "ENT16435"], ["ENT32376", "in_language", "ENT16435"], ["ENT32376", "release_year", "2009"], ["ENT32660", "in_language", "ENT16435"], ["ENT32660", "release_year", "2009"], ["ENT33891", "in_language", "ENT16435"], ["ENT33891", "release_year", "2009"], ["ENT38275", "in_language", "ENT16435"], ["ENT38275", "release_year", "2009"], ["ENT39579", "in_language", "ENT31532"], ["ENT39579", "release_year", "ENT197"], ["ENT39579", "REL8", "LLUÍS HOMAR"], ["ENT39802", "in_language", "ENT16435"], ["ENT39802", "release_year", "2009"], ["ZEN", "in_language", "ENT16435"], ["ZEN", "release_year", "2009"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 21522, ENT158 26735, 1993 18437, ENT4594 582, ENT10201 26704, ENT23099 20500, THE AGE OF INNOCENCE 31928, ENT33926 1639, THE HOUSE OF THE SPIRITS 29137, WELCOME HOME, ROXY CARMICHAEL 2456, ENT39581 src, edge_attr, dst 18437, release_year, 21522 18437, release_year, 26735 582, REL5, 2456 582, release_year, 21522 582, REL8, 2456 26704, REL5, 2456 26704, release_year, 21522 26704, REL8, 2456 20500, release_year, 26735 20500, REL8, 2456 31928, release_year, 26735 1639, REL5, 2456 1639, release_year, 26735 29137, release_year, 21522 29137, REL8, 2456 Question: For what reason are ENT33926 and WELCOME HOME, ROXY CARMICHAEL associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT33926", "WELCOME HOME, ROXY CARMICHAEL"], "valid_edges": [["ENT4594", "release_year", "ENT158"], ["ENT4594", "release_year", "1993"], ["ENT10201", "REL5", "ENT39581"], ["ENT10201", "release_year", "ENT158"], ["ENT10201", "REL8", "ENT39581"], ["ENT23099", "REL5", "ENT39581"], ["ENT23099", "release_year", "ENT158"], ["ENT23099", "REL8", "ENT39581"], ["THE AGE OF INNOCENCE", "release_year", "1993"], ["THE AGE OF INNOCENCE", "REL8", "ENT39581"], ["ENT33926", "release_year", "1993"], ["THE HOUSE OF THE SPIRITS", "REL5", "ENT39581"], ["THE HOUSE OF THE SPIRITS", "release_year", "1993"], ["WELCOME HOME, ROXY CARMICHAEL", "release_year", "ENT158"], ["WELCOME HOME, ROXY CARMICHAEL", "REL8", "ENT39581"]]}
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 312, APOSTLE PETER AND THE LAST SUPPER 5903, BRUCE MARCHIANO 32443, HOSSEIN AMINI 36647, ENT31292 src, edge_attr, dst 312, release_year, 12473 312, REL8, 5903 36647, release_year, 12473 36647, REL9, 32443 Question: In what context are BRUCE MARCHIANO and HOSSEIN AMINI connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["BRUCE MARCHIANO", "HOSSEIN AMINI"], "valid_edges": [["APOSTLE PETER AND THE LAST SUPPER", "release_year", "ENT197"], ["APOSTLE PETER AND THE LAST SUPPER", "REL8", "BRUCE MARCHIANO"], ["ENT31292", "release_year", "ENT197"], ["ENT31292", "REL9", "HOSSEIN AMINI"]]}
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 15799, ALEX CORD 23955, ENT3021 22529, ENT10611 29088, ENT12156 32607, ENT31661 33180, ENT33756 26102, ENT39031 src, edge_attr, dst 23955, in_language, 22529 23955, in_language, 29088 32607, has_genre, 26102 32607, REL5, 26102 32607, REL8, 15799 33180, in_language, 22529 33180, in_language, 29088 26102, in_language, 29088 Question: In what context are ALEX CORD and ENT3021 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ALEX CORD", "ENT3021"], "valid_edges": [["ENT3021", "in_language", "ENT10611"], ["ENT3021", "in_language", "ENT12156"], ["ENT31661", "has_genre", "ENT39031"], ["ENT31661", "REL5", "ENT39031"], ["ENT31661", "REL8", "ALEX CORD"], ["ENT33756", "in_language", "ENT10611"], ["ENT33756", "in_language", "ENT12156"], ["ENT39031", "in_language", "ENT12156"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 22531, ENT328 16661, DRAMA 7973, NEWSFRONT 22651, ENT27006 29922, THE GALLANT HOURS 8263, ENT38826 src, edge_attr, dst 22531, directed_by, 22651 22531, has_genre, 16661 7973, has_genre, 16661 7973, REL9, 22651 29922, has_genre, 16661 29922, REL8, 8263 Question: How are ENT27006 and ENT38826 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT27006", "ENT38826"], "valid_edges": [["ENT328", "directed_by", "ENT27006"], ["ENT328", "has_genre", "DRAMA"], ["NEWSFRONT", "has_genre", "DRAMA"], ["NEWSFRONT", "REL9", "ENT27006"], ["THE GALLANT HOURS", "has_genre", "DRAMA"], ["THE GALLANT HOURS", "REL8", "ENT38826"]]}
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 3431, MONOLOGUE 27020, PULP 23467, ENT27504 12089, R 28174, ENT32604 32101, ENT36177 src, edge_attr, dst 27020, has_genre, 17148 23467, REL5, 17148 23467, REL5, 3431 23467, REL5, 27020 23467, REL5, 12089 28174, REL5, 3431 28174, REL5, 12089 32101, has_genre, 17148 Question: In what context are MONOLOGUE and ENT36177 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["MONOLOGUE", "ENT36177"], "valid_edges": [["PULP", "has_genre", "ENT7161"], ["ENT27504", "REL5", "ENT7161"], ["ENT27504", "REL5", "MONOLOGUE"], ["ENT27504", "REL5", "PULP"], ["ENT27504", "REL5", "R"], ["ENT32604", "REL5", "MONOLOGUE"], ["ENT32604", "REL5", "R"], ["ENT36177", "has_genre", "ENT7161"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 1113, FRANZ SCHULZ 29088, ENT12156 31600, ENT23617 1133, PARIS 35077, SUBWAY src, edge_attr, dst 31600, REL5, 1133 31600, REL9, 1113 1133, in_language, 29088 35077, in_language, 29088 Question: How are FRANZ SCHULZ and SUBWAY related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["FRANZ SCHULZ", "SUBWAY"], "valid_edges": [["ENT23617", "REL5", "PARIS"], ["ENT23617", "REL9", "FRANZ SCHULZ"], ["PARIS", "in_language", "ENT12156"], ["SUBWAY", "in_language", "ENT12156"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 26679, BARBET SCHROEDER 9579, BRIDGET FONDA 28942, ENT11430 12368, ENT25855 30575, ENT31110 src, edge_attr, dst 12368, directed_by, 26679 12368, REL9, 28942 30575, directed_by, 26679 30575, REL5, 9579 30575, REL8, 9579 Question: How are BRIDGET FONDA and ENT11430 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["BRIDGET FONDA", "ENT11430"], "valid_edges": [["ENT25855", "directed_by", "BARBET SCHROEDER"], ["ENT25855", "REL9", "ENT11430"], ["ENT31110", "directed_by", "BARBET SCHROEDER"], ["ENT31110", "REL5", "BRIDGET FONDA"], ["ENT31110", "REL8", "BRIDGET FONDA"]]}
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 8914, ENT5341 17148, ENT7161 39370, SPANGLISH 34882, ENT34558 src, edge_attr, dst 39370, has_genre, 17148 34882, has_genre, 17148 34882, REL8, 8914 Question: For what reason are ENT5341 and SPANGLISH associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT5341", "SPANGLISH"], "valid_edges": [["SPANGLISH", "has_genre", "ENT7161"], ["ENT34558", "has_genre", "ENT7161"], ["ENT34558", "REL8", "ENT5341"]]}
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 3771, ARNOLD FANCK 13810, GERMAN 3654, LINA WERTMÜLLER 20580, ENT29712 7722, ENT30516 src, edge_attr, dst 20580, directed_by, 3771 20580, in_language, 13810 20580, REL9, 3771 7722, directed_by, 3654 7722, in_language, 13810 7722, REL9, 3654 Question: For what reason are ARNOLD FANCK and LINA WERTMÜLLER associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ARNOLD FANCK", "LINA WERTMÜLLER"], "valid_edges": [["ENT29712", "directed_by", "ARNOLD FANCK"], ["ENT29712", "in_language", "GERMAN"], ["ENT29712", "REL9", "ARNOLD FANCK"], ["ENT30516", "directed_by", "LINA WERTMÜLLER"], ["ENT30516", "in_language", "GERMAN"], ["ENT30516", "REL9", "LINA WERTMÜLLER"]]}
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 27051, ENT6 5201, ENT185 11947, ABEL FERRARA 23744, KIRSTY GUNN 19639, ENT27733 src, edge_attr, dst 27051, directed_by, 11947 27051, release_year, 5201 27051, REL9, 11947 19639, release_year, 5201 19639, REL9, 23744 Question: For what reason are ABEL FERRARA and KIRSTY GUNN associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ABEL FERRARA", "KIRSTY GUNN"], "valid_edges": [["ENT6", "directed_by", "ABEL FERRARA"], ["ENT6", "release_year", "ENT185"], ["ENT6", "REL9", "ABEL FERRARA"], ["ENT27733", "release_year", "ENT185"], ["ENT27733", "REL9", "KIRSTY GUNN"]]}
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 3939, ENT4581 30015, ENT6422 31609, ENT15390 7083, MIDDLE EAST src, edge_attr, dst 3939, REL5, 7083 3939, release_year, 20922 31609, release_year, 20922 31609, REL9, 30015 Question: In what context are ENT6422 and MIDDLE EAST connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT6422", "MIDDLE EAST"], "valid_edges": [["ENT4581", "REL5", "MIDDLE EAST"], ["ENT4581", "release_year", "ENT193"], ["ENT15390", "release_year", "ENT193"], ["ENT15390", "REL9", "ENT6422"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 5201, ENT185 7952, ENT236 11921, ENT4239 6080, BLACKWOODS 25242, ENT4441 26331, COMIC BOOK 34523, DAWN OF THE DEAD 1558, ENT9169 2935, ENT9471 22529, ENT10611 5910, ENT11253 24916, FAT GIRL 7942, ENT12256 30825, ENT13305 8293, GRAPHIC NOVEL 17888, ENT18756 3599, ENT21696 3114, ENT24201 7318, PLANET OF THE APES 15358, ENT27457 12089, R 6139, ENT31297 9733, ENT32178 3990, ENT32323 34610, SUPERHERO 19169, ENT32766 9630, ENT33227 35296, ENT34014 38202, THE LAST KISS 26242, THE MAN FROM LONDON 1492, ENT35585 13924, THE PRINCESS DIARIES 27031, ENT37081 26294, ENT38313 18660, ENT38870 20290, ENT40002 src, edge_attr, dst 7952, directed_by, 20290 7952, has_genre, 5910 7952, REL5, 26331 7952, REL5, 8293 7952, REL5, 12089 7952, REL5, 20290 7952, REL9, 20290 11921, in_language, 22529 11921, release_year, 5201 6080, in_language, 22529 6080, release_year, 5201 25242, in_language, 22529 25242, release_year, 5201 34523, directed_by, 20290 34523, REL5, 12089 34523, REL5, 20290 1558, in_language, 22529 1558, release_year, 5201 2935, in_language, 22529 2935, release_year, 5201 24916, in_language, 22529 24916, release_year, 5201 7942, in_language, 22529 7942, release_year, 5201 30825, in_language, 22529 30825, release_year, 5201 17888, in_language, 22529 17888, release_year, 5201 3599, directed_by, 20290 3599, REL5, 26331 3599, REL5, 34610 3599, REL5, 20290 3114, in_language, 22529 3114, release_year, 5201 7318, in_language, 22529 7318, release_year, 5201 15358, in_language, 22529 15358, release_year, 5201 6139, REL5, 27031 6139, in_language, 22529 3990, directed_by, 20290 3990, has_genre, 5910 3990, REL5, 9733 3990, REL5, 20290 3990, REL9, 20290 19169, in_language, 22529 19169, release_year, 5201 9630, in_language, 22529 9630, release_year, 5201 35296, in_language, 22529 35296, release_year, 5201 35296, REL8, 27031 38202, in_language, 22529 38202, release_year, 5201 26242, in_language, 22529 26242, REL8, 27031 1492, in_language, 22529 1492, release_year, 5201 13924, in_language, 22529 13924, release_year, 5201 26294, in_language, 22529 26294, release_year, 5201 18660, directed_by, 20290 18660, REL5, 26331 18660, REL5, 8293 18660, REL5, 12089 18660, REL5, 9733 18660, REL5, 34610 18660, REL5, 20290 18660, in_language, 22529 Question: In what context are ENT34014 and ENT40002 connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT34014", "ENT40002"], "valid_edges": [["ENT236", "directed_by", "ENT40002"], ["ENT236", "has_genre", "ENT11253"], ["ENT236", "REL5", "COMIC BOOK"], ["ENT236", "REL5", "GRAPHIC NOVEL"], ["ENT236", "REL5", "R"], ["ENT236", "REL5", "ENT40002"], ["ENT236", "REL9", "ENT40002"], ["ENT4239", "in_language", "ENT10611"], ["ENT4239", "release_year", "ENT185"], ["BLACKWOODS", "in_language", "ENT10611"], ["BLACKWOODS", "release_year", "ENT185"], ["ENT4441", "in_language", "ENT10611"], ["ENT4441", "release_year", "ENT185"], ["DAWN OF THE DEAD", "directed_by", "ENT40002"], ["DAWN OF THE DEAD", "REL5", "R"], ["DAWN OF THE DEAD", "REL5", "ENT40002"], ["ENT9169", "in_language", "ENT10611"], ["ENT9169", "release_year", "ENT185"], ["ENT9471", "in_language", "ENT10611"], ["ENT9471", "release_year", "ENT185"], ["FAT GIRL", "in_language", "ENT10611"], ["FAT GIRL", "release_year", "ENT185"], ["ENT12256", "in_language", "ENT10611"], ["ENT12256", "release_year", "ENT185"], ["ENT13305", "in_language", "ENT10611"], ["ENT13305", "release_year", "ENT185"], ["ENT18756", "in_language", "ENT10611"], ["ENT18756", "release_year", "ENT185"], ["ENT21696", "directed_by", "ENT40002"], ["ENT21696", "REL5", "COMIC BOOK"], ["ENT21696", "REL5", "SUPERHERO"], ["ENT21696", "REL5", "ENT40002"], ["ENT24201", "in_language", "ENT10611"], ["ENT24201", "release_year", "ENT185"], ["PLANET OF THE APES", "in_language", "ENT10611"], ["PLANET OF THE APES", "release_year", "ENT185"], ["ENT27457", "in_language", "ENT10611"], ["ENT27457", "release_year", "ENT185"], ["ENT31297", "REL5", "ENT37081"], ["ENT31297", "in_language", "ENT10611"], ["ENT32323", "directed_by", "ENT40002"], ["ENT32323", "has_genre", "ENT11253"], ["ENT32323", "REL5", "ENT32178"], ["ENT32323", "REL5", "ENT40002"], ["ENT32323", "REL9", "ENT40002"], ["ENT32766", "in_language", "ENT10611"], ["ENT32766", "release_year", "ENT185"], ["ENT33227", "in_language", "ENT10611"], ["ENT33227", "release_year", "ENT185"], ["ENT34014", "in_language", "ENT10611"], ["ENT34014", "release_year", "ENT185"], ["ENT34014", "REL8", "ENT37081"], ["THE LAST KISS", "in_language", "ENT10611"], ["THE LAST KISS", "release_year", "ENT185"], ["THE MAN FROM LONDON", "in_language", "ENT10611"], ["THE MAN FROM LONDON", "REL8", "ENT37081"], ["ENT35585", "in_language", "ENT10611"], ["ENT35585", "release_year", "ENT185"], ["THE PRINCESS DIARIES", "in_language", "ENT10611"], ["THE PRINCESS DIARIES", "release_year", "ENT185"], ["ENT38313", "in_language", "ENT10611"], ["ENT38313", "release_year", "ENT185"], ["ENT38870", "directed_by", "ENT40002"], ["ENT38870", "REL5", "COMIC BOOK"], ["ENT38870", "REL5", "GRAPHIC NOVEL"], ["ENT38870", "REL5", "R"], ["ENT38870", "REL5", "ENT32178"], ["ENT38870", "REL5", "SUPERHERO"], ["ENT38870", "REL5", "ENT40002"], ["ENT38870", "in_language", "ENT10611"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 39503, ENT1350 27260, ENT1977 16661, DRAMA 21896, DUSTIN BELT 29773, ISLAND IN THE SUN src, edge_attr, dst 27260, has_genre, 16661 27260, REL8, 21896 29773, has_genre, 16661 29773, REL9, 39503 Question: For what reason are ENT1350 and DUSTIN BELT associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT1350", "DUSTIN BELT"], "valid_edges": [["ENT1977", "has_genre", "DRAMA"], ["ENT1977", "REL8", "DUSTIN BELT"], ["ISLAND IN THE SUN", "has_genre", "DRAMA"], ["ISLAND IN THE SUN", "REL9", "ENT1350"]]}
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 15461, ALIENS 29249, CLOSE ENCOUNTERS OF THE THIRD KIND 3223, CONFIDENTIALLY YOURS 5664, ENT12034 17170, ENT24069 src, edge_attr, dst 15461, REL5, 15461 29249, REL5, 15461 29249, REL8, 5664 3223, directed_by, 5664 3223, REL5, 5664 3223, REL9, 5664 17170, REL5, 15461 Question: For what reason are CONFIDENTIALLY YOURS and ENT24069 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["CONFIDENTIALLY YOURS", "ENT24069"], "valid_edges": [["ALIENS", "REL5", "ALIENS"], ["CLOSE ENCOUNTERS OF THE THIRD KIND", "REL5", "ALIENS"], ["CLOSE ENCOUNTERS OF THE THIRD KIND", "REL8", "ENT12034"], ["CONFIDENTIALLY YOURS", "directed_by", "ENT12034"], ["CONFIDENTIALLY YOURS", "REL5", "ENT12034"], ["CONFIDENTIALLY YOURS", "REL9", "ENT12034"], ["ENT24069", "REL5", "ALIENS"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 9324, AUSTRALIA 29292, BRAN NUE DAE 16661, DRAMA 36115, KUCKLES 6982, LONGFORD src, edge_attr, dst 9324, has_genre, 16661 29292, REL5, 9324 29292, REL9, 36115 6982, has_genre, 16661 Question: How are KUCKLES and LONGFORD related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["KUCKLES", "LONGFORD"], "valid_edges": [["AUSTRALIA", "has_genre", "DRAMA"], ["BRAN NUE DAE", "REL5", "AUSTRALIA"], ["BRAN NUE DAE", "REL9", "KUCKLES"], ["LONGFORD", "has_genre", "DRAMA"]]}
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 14251, BAD 1673, ENT6349 30022, ENT8840 27572, HOUSEGUEST src, edge_attr, dst 1673, REL3, 14251 30022, release_year, 38669 27572, REL5, 14251 27572, release_year, 38669 Question: For what reason are ENT6349 and ENT8840 associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT6349", "ENT8840"], "valid_edges": [["ENT6349", "REL3", "BAD"], ["ENT8840", "release_year", "ENT164"], ["HOUSEGUEST", "REL5", "BAD"], ["HOUSEGUEST", "release_year", "ENT164"]]}
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, 2002 12692, ENT15014 37160, ENT27289 23144, ENT34197 17061, ENT39479 src, edge_attr, dst 12692, release_year, 4324 37160, release_year, 4324 23144, REL5, 37160 23144, REL9, 17061 Question: How are ENT15014 and ENT39479 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT15014", "ENT39479"], "valid_edges": [["ENT15014", "release_year", "2002"], ["ENT27289", "release_year", "2002"], ["ENT34197", "REL5", "ENT27289"], ["ENT34197", "REL9", "ENT39479"]]}
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 33813, 1975 22624, ENT4303 27564, BUG 10589, DAVID JANSSEN 37852, HORROR 9019, MOON OF THE WOLF 15909, ONCE IS NOT ENOUGH 6210, RACE WITH THE DEVIL 29301, THE DEVIL'S RAIN 4073, ENT36219 30389, ENT37797 src, edge_attr, dst 22624, has_genre, 37852 27564, has_genre, 37852 27564, release_year, 33813 9019, has_genre, 37852 9019, REL8, 10589 15909, release_year, 33813 15909, REL8, 10589 6210, has_genre, 37852 6210, release_year, 33813 29301, has_genre, 37852 29301, release_year, 33813 4073, has_genre, 37852 4073, release_year, 33813 30389, has_genre, 37852 30389, release_year, 33813 Question: How are ENT4303 and ONCE IS NOT ENOUGH related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT4303", "ONCE IS NOT ENOUGH"], "valid_edges": [["ENT4303", "has_genre", "HORROR"], ["BUG", "has_genre", "HORROR"], ["BUG", "release_year", "1975"], ["MOON OF THE WOLF", "has_genre", "HORROR"], ["MOON OF THE WOLF", "REL8", "DAVID JANSSEN"], ["ONCE IS NOT ENOUGH", "release_year", "1975"], ["ONCE IS NOT ENOUGH", "REL8", "DAVID JANSSEN"], ["RACE WITH THE DEVIL", "has_genre", "HORROR"], ["RACE WITH THE DEVIL", "release_year", "1975"], ["THE DEVIL'S RAIN", "has_genre", "HORROR"], ["THE DEVIL'S RAIN", "release_year", "1975"], ["ENT36219", "has_genre", "HORROR"], ["ENT36219", "release_year", "1975"], ["ENT37797", "has_genre", "HORROR"], ["ENT37797", "release_year", "1975"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 16661, DRAMA 18545, EARTH 35729, ENT10543 944, LIFE IN FLIGHT 6289, ENT31532 6976, THE MOSQUITO NET 2976, THE RED SQUIRREL 3601, TRACEY HECHT src, edge_attr, dst 18545, has_genre, 16661 18545, REL5, 18545 18545, in_language, 6289 18545, REL8, 35729 944, directed_by, 3601 944, has_genre, 16661 944, REL9, 3601 6976, has_genre, 16661 6976, in_language, 6289 6976, REL8, 35729 2976, has_genre, 16661 2976, in_language, 6289 2976, REL8, 35729 Question: In what context are ENT10543 and TRACEY HECHT connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT10543", "TRACEY HECHT"], "valid_edges": [["EARTH", "has_genre", "DRAMA"], ["EARTH", "REL5", "EARTH"], ["EARTH", "in_language", "ENT31532"], ["EARTH", "REL8", "ENT10543"], ["LIFE IN FLIGHT", "directed_by", "TRACEY HECHT"], ["LIFE IN FLIGHT", "has_genre", "DRAMA"], ["LIFE IN FLIGHT", "REL9", "TRACEY HECHT"], ["THE MOSQUITO NET", "has_genre", "DRAMA"], ["THE MOSQUITO NET", "in_language", "ENT31532"], ["THE MOSQUITO NET", "REL8", "ENT10543"], ["THE RED SQUIRREL", "has_genre", "DRAMA"], ["THE RED SQUIRREL", "in_language", "ENT31532"], ["THE RED SQUIRREL", "REL8", "ENT10543"]]}
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 28671, ENT1141 9324, AUSTRALIA 25645, GHIDORAH, THE THREE-HEADED MONSTER 29949, ENT16435 6935, ENT16437 src, edge_attr, dst 9324, REL5, 9324 25645, in_language, 29949 25645, REL8, 28671 6935, REL5, 9324 6935, in_language, 29949 Question: For what reason are ENT1141 and AUSTRALIA associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT1141", "AUSTRALIA"], "valid_edges": [["AUSTRALIA", "REL5", "AUSTRALIA"], ["GHIDORAH, THE THREE-HEADED MONSTER", "in_language", "ENT16435"], ["GHIDORAH, THE THREE-HEADED MONSTER", "REL8", "ENT1141"], ["ENT16437", "REL5", "AUSTRALIA"], ["ENT16437", "in_language", "ENT16435"]]}
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 34806, ENT16934 1793, ENT20256 13664, ENT23439 2996, ENT27386 4399, ENT31255 11729, STUDENT BODIES src, edge_attr, dst 2996, directed_by, 13664 2996, REL8, 1793 4399, directed_by, 13664 4399, REL5, 13664 4399, REL9, 34806 11729, directed_by, 13664 11729, REL8, 34806 Question: In what context are ENT20256 and STUDENT BODIES connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT20256", "STUDENT BODIES"], "valid_edges": [["ENT27386", "directed_by", "ENT23439"], ["ENT27386", "REL8", "ENT20256"], ["ENT31255", "directed_by", "ENT23439"], ["ENT31255", "REL5", "ENT23439"], ["ENT31255", "REL9", "ENT16934"], ["STUDENT BODIES", "directed_by", "ENT23439"], ["STUDENT BODIES", "REL8", "ENT16934"]]}
metaqa
You are given a directed graph as two CSV-like sections in this order: 1) Node table (header included): node_id, node_attr 2) Edge table (header included): src, edge_attr, dst Task - Use ONLY edges from the Edge table to answer the question by outputting a path. - When printing each edge, replace IDs with the exact node_attr from the Node table. - Output MUST be text triples, not numeric IDs. Output format (STRICT — no extra text): PATH: ("subject"|predicate|"object") ... END Rules - Use only listed edges; do NOT invent edges. - Map IDs → node_attr; preserve node_attr exactly. - Output NOTHING outside the PATH block. - If no path exists, output exactly: PATH: END Graph: node_id, node_attr 16661, DRAMA 21944, MY LEFT FOOT 25824, PUZZLEHEAD 30895, STEPHEN GALAIDA src, edge_attr, dst 21944, has_genre, 16661 25824, has_genre, 16661 25824, REL8, 30895 Question: In what context are MY LEFT FOOT and STEPHEN GALAIDA connected? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["MY LEFT FOOT", "STEPHEN GALAIDA"], "valid_edges": [["MY LEFT FOOT", "has_genre", "DRAMA"], ["PUZZLEHEAD", "has_genre", "DRAMA"], ["PUZZLEHEAD", "REL8", "STEPHEN GALAIDA"]]}
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 25583, BATTLE 13100, ENT5116 24936, ENT7509 16475, ENT9484 28833, ZULU src, edge_attr, dst 13100, has_genre, 24936 13100, REL8, 16475 28833, has_genre, 24936 28833, REL5, 25583 28833, in_language, 28833 Question: How are BATTLE and ENT9484 related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["BATTLE", "ENT9484"], "valid_edges": [["ENT5116", "has_genre", "ENT7509"], ["ENT5116", "REL8", "ENT9484"], ["ZULU", "has_genre", "ENT7509"], ["ZULU", "REL5", "BATTLE"], ["ZULU", "in_language", "ZULU"]]}
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 2766, ENT117 488, ADVENTURE 27346, ENT1009 29184, ENT1011 29809, ALICE IN WONDERLAND 34607, ENT2724 22696, ENT3569 11758, BEAT THE DEVIL 7621, BENGAZI 10485, ENT5190 9604, BURT LANCASTER 30697, CAPTAIN BLOOD 9275, DAVID COPPERFIELD 23746, DRACULA'S DAUGHTER 22048, ELEPHANT BOY 24238, FLIPPER 21742, ENT12215 14789, ENT13123 34779, ENT13607 3065, HOWL'S MOVING CASTLE 24020, IVANHOE 25043, ENT15906 36668, ENT17527 4053, JOURNEY TO THE CENTER OF THE EARTH 1935, ENT18446 37939, ENT18643 20331, ENT19478 26324, ENT19499 37701, KNIGHTS OF THE ROUND TABLE 33717, ENT19841 24788, ENT20181 35717, ENT23779 36380, ENT25442 11840, ENT25702 2341, PREHISTORIC WOMEN 32544, ENT28987 27906, ROBIN AND MARIAN 24791, ENT29760 7284, ENT30519 22513, ENT30743 40055, SHERLOCK HOLMES AND THE SECRET WEAPON 5527, ENT32594 23481, ENT32881 19824, ENT32885 10099, ENT33244 7271, ENT33372 10879, ENT33656 15234, THE CHARGE OF THE LIGHT BRIGADE 6430, THE CRIMSON PIRATE 20296, THE DECEIVERS 23781, THE FLAME AND THE ARROW 21865, ENT34334 35244, ENT34577 9928, THE HALLELUJAH TRAIL 38747, ENT34604 28877, THE KILLERS 5808, THE LAND THAT TIME FORGOT 599, ENT35242 34504, THE MARK OF ZORRO 19338, THE MASK OF FU MANCHU 27774, ENT35302 5642, ENT35330 8019, THE MUMMY 7782, ENT35642 8204, ENT35668 26255, ENT35744 19443, THE PRISONER OF ZENDA 2401, ENT35775 32586, THE ROSE TATTOO 25789, THE SCARLET PIMPERNEL 17558, THE SECRET LIFE OF WALTER MITTY 14167, ENT36157 24768, THE THREE MUSKETEERS 10634, ENT36427 25914, ENT36434 148, THE VIKINGS 30692, ENT36666 29832, TO HAVE AND HAVE NOT 5523, ENT37379 32653, TOM SAWYER 11000, ENT38608 src, edge_attr, dst 27346, has_genre, 488 27346, REL5, 488 27346, REL5, 22696 29184, has_genre, 488 29184, REL5, 22696 29809, has_genre, 488 29809, REL5, 22696 34607, has_genre, 488 34607, REL5, 22696 11758, has_genre, 488 11758, REL5, 22696 7621, has_genre, 488 7621, REL5, 22696 10485, REL5, 22696 10485, REL8, 9604 30697, has_genre, 488 30697, REL5, 488 30697, REL5, 22696 9275, has_genre, 488 9275, REL5, 22696 23746, REL5, 22696 23746, REL8, 14789 22048, has_genre, 488 22048, REL5, 22696 24238, has_genre, 488 24238, REL5, 22696 21742, REL5, 22696 21742, REL5, 9604 21742, REL8, 9604 34779, has_genre, 488 34779, REL5, 22696 3065, has_genre, 488 3065, REL5, 488 3065, REL5, 22696 24020, has_genre, 488 24020, REL5, 22696 24020, release_year, 2766 25043, has_genre, 488 25043, REL5, 22696 36668, has_genre, 488 36668, REL5, 22696 4053, has_genre, 488 4053, REL5, 488 4053, REL5, 22696 1935, REL5, 22696 1935, REL8, 9604 37939, has_genre, 488 37939, REL5, 22696 20331, has_genre, 488 20331, REL5, 488 20331, REL5, 22696 26324, has_genre, 488 26324, REL5, 488 26324, REL5, 22696 37701, has_genre, 488 37701, REL5, 22696 33717, has_genre, 488 33717, REL5, 488 33717, REL5, 22696 24788, has_genre, 488 24788, REL5, 22696 35717, REL5, 22696 35717, release_year, 2766 36380, has_genre, 488 36380, REL5, 488 36380, REL5, 22696 11840, has_genre, 488 11840, REL5, 22696 2341, has_genre, 488 2341, REL5, 22696 27906, has_genre, 488 27906, REL5, 22696 24791, has_genre, 488 24791, REL5, 22696 7284, REL5, 22696 7284, REL8, 9604 22513, has_genre, 488 22513, REL5, 22696 40055, has_genre, 488 40055, REL5, 22696 5527, REL5, 22696 5527, REL8, 9604 23481, has_genre, 488 23481, REL5, 22696 19824, has_genre, 488 19824, REL5, 22696 10099, has_genre, 488 10099, REL5, 22696 7271, REL5, 22696 7271, release_year, 2766 10879, has_genre, 488 10879, REL5, 488 10879, REL5, 22696 15234, has_genre, 488 15234, REL5, 22696 6430, directed_by, 32544 6430, has_genre, 488 6430, REL5, 22696 6430, REL5, 9604 6430, REL5, 32544 6430, release_year, 2766 6430, REL8, 9604 20296, has_genre, 488 20296, REL5, 22696 23781, has_genre, 488 23781, REL5, 22696 23781, REL8, 9604 21865, has_genre, 488 21865, REL5, 22696 35244, has_genre, 488 35244, REL5, 22696 9928, REL5, 22696 9928, REL8, 9604 38747, REL5, 22696 38747, release_year, 2766 28877, directed_by, 32544 28877, REL5, 22696 28877, REL5, 9604 28877, REL5, 32544 28877, REL8, 9604 5808, has_genre, 488 5808, REL5, 488 5808, REL5, 22696 599, has_genre, 488 599, REL5, 488 599, REL5, 22696 34504, has_genre, 488 34504, REL5, 22696 19338, has_genre, 488 19338, REL5, 22696 27774, has_genre, 488 27774, REL5, 22696 5642, REL5, 22696 5642, release_year, 2766 8019, has_genre, 488 8019, REL5, 488 8019, REL5, 22696 7782, has_genre, 488 7782, REL5, 22696 8204, has_genre, 488 8204, REL5, 22696 26255, has_genre, 488 26255, REL5, 22696 19443, has_genre, 488 19443, REL5, 22696 19443, release_year, 2766 2401, REL5, 22696 2401, REL8, 9604 32586, REL5, 22696 32586, REL8, 9604 25789, has_genre, 488 25789, REL5, 22696 17558, has_genre, 488 17558, REL5, 22696 14167, has_genre, 488 14167, REL5, 22696 24768, has_genre, 488 24768, REL5, 22696 10634, REL5, 22696 10634, REL8, 9604 25914, has_genre, 488 25914, REL5, 22696 148, has_genre, 488 148, REL5, 22696 30692, has_genre, 488 30692, REL5, 22696 29832, has_genre, 488 29832, REL5, 22696 5523, has_genre, 488 5523, REL5, 22696 32653, has_genre, 488 32653, REL5, 22696 11000, has_genre, 488 11000, REL5, 22696 Question: For what reason are ENT13123 and THE CRIMSON PIRATE associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ENT13123", "THE CRIMSON PIRATE"], "valid_edges": [["ENT1009", "has_genre", "ADVENTURE"], ["ENT1009", "REL5", "ADVENTURE"], ["ENT1009", "REL5", "ENT3569"], ["ENT1011", "has_genre", "ADVENTURE"], ["ENT1011", "REL5", "ENT3569"], ["ALICE IN WONDERLAND", "has_genre", "ADVENTURE"], ["ALICE IN WONDERLAND", "REL5", "ENT3569"], ["ENT2724", "has_genre", "ADVENTURE"], ["ENT2724", "REL5", "ENT3569"], ["BEAT THE DEVIL", "has_genre", "ADVENTURE"], ["BEAT THE DEVIL", "REL5", "ENT3569"], ["BENGAZI", "has_genre", "ADVENTURE"], ["BENGAZI", "REL5", "ENT3569"], ["ENT5190", "REL5", "ENT3569"], ["ENT5190", "REL8", "BURT LANCASTER"], ["CAPTAIN BLOOD", "has_genre", "ADVENTURE"], ["CAPTAIN BLOOD", "REL5", "ADVENTURE"], ["CAPTAIN BLOOD", "REL5", "ENT3569"], ["DAVID COPPERFIELD", "has_genre", "ADVENTURE"], ["DAVID COPPERFIELD", "REL5", "ENT3569"], ["DRACULA'S DAUGHTER", "REL5", "ENT3569"], ["DRACULA'S DAUGHTER", "REL8", "ENT13123"], ["ELEPHANT BOY", "has_genre", "ADVENTURE"], ["ELEPHANT BOY", "REL5", "ENT3569"], ["FLIPPER", "has_genre", "ADVENTURE"], ["FLIPPER", "REL5", "ENT3569"], ["ENT12215", "REL5", "ENT3569"], ["ENT12215", "REL5", "BURT LANCASTER"], ["ENT12215", "REL8", "BURT LANCASTER"], ["ENT13607", "has_genre", "ADVENTURE"], ["ENT13607", "REL5", "ENT3569"], ["HOWL'S MOVING CASTLE", "has_genre", "ADVENTURE"], ["HOWL'S MOVING CASTLE", "REL5", "ADVENTURE"], ["HOWL'S MOVING CASTLE", "REL5", "ENT3569"], ["IVANHOE", "has_genre", "ADVENTURE"], ["IVANHOE", "REL5", "ENT3569"], ["IVANHOE", "release_year", "ENT117"], ["ENT15906", "has_genre", "ADVENTURE"], ["ENT15906", "REL5", "ENT3569"], ["ENT17527", "has_genre", "ADVENTURE"], ["ENT17527", "REL5", "ENT3569"], ["JOURNEY TO THE CENTER OF THE EARTH", "has_genre", "ADVENTURE"], ["JOURNEY TO THE CENTER OF THE EARTH", "REL5", "ADVENTURE"], ["JOURNEY TO THE CENTER OF THE EARTH", "REL5", "ENT3569"], ["ENT18446", "REL5", "ENT3569"], ["ENT18446", "REL8", "BURT LANCASTER"], ["ENT18643", "has_genre", "ADVENTURE"], ["ENT18643", "REL5", "ENT3569"], ["ENT19478", "has_genre", "ADVENTURE"], ["ENT19478", "REL5", "ADVENTURE"], ["ENT19478", "REL5", "ENT3569"], ["ENT19499", "has_genre", "ADVENTURE"], ["ENT19499", "REL5", "ADVENTURE"], ["ENT19499", "REL5", "ENT3569"], ["KNIGHTS OF THE ROUND TABLE", "has_genre", "ADVENTURE"], ["KNIGHTS OF THE ROUND TABLE", "REL5", "ENT3569"], ["ENT19841", "has_genre", "ADVENTURE"], ["ENT19841", "REL5", "ADVENTURE"], ["ENT19841", "REL5", "ENT3569"], ["ENT20181", "has_genre", "ADVENTURE"], ["ENT20181", "REL5", "ENT3569"], ["ENT23779", "REL5", "ENT3569"], ["ENT23779", "release_year", "ENT117"], ["ENT25442", "has_genre", "ADVENTURE"], ["ENT25442", "REL5", "ADVENTURE"], ["ENT25442", "REL5", "ENT3569"], ["ENT25702", "has_genre", "ADVENTURE"], ["ENT25702", "REL5", "ENT3569"], ["PREHISTORIC WOMEN", "has_genre", "ADVENTURE"], ["PREHISTORIC WOMEN", "REL5", "ENT3569"], ["ROBIN AND MARIAN", "has_genre", "ADVENTURE"], ["ROBIN AND MARIAN", "REL5", "ENT3569"], ["ENT29760", "has_genre", "ADVENTURE"], ["ENT29760", "REL5", "ENT3569"], ["ENT30519", "REL5", "ENT3569"], ["ENT30519", "REL8", "BURT LANCASTER"], ["ENT30743", "has_genre", "ADVENTURE"], ["ENT30743", "REL5", "ENT3569"], ["SHERLOCK HOLMES AND THE SECRET WEAPON", "has_genre", "ADVENTURE"], ["SHERLOCK HOLMES AND THE SECRET WEAPON", "REL5", "ENT3569"], ["ENT32594", "REL5", "ENT3569"], ["ENT32594", "REL8", "BURT LANCASTER"], ["ENT32881", "has_genre", "ADVENTURE"], ["ENT32881", "REL5", "ENT3569"], ["ENT32885", "has_genre", "ADVENTURE"], ["ENT32885", "REL5", "ENT3569"], ["ENT33244", "has_genre", "ADVENTURE"], ["ENT33244", "REL5", "ENT3569"], ["ENT33372", "REL5", "ENT3569"], ["ENT33372", "release_year", "ENT117"], ["ENT33656", "has_genre", "ADVENTURE"], ["ENT33656", "REL5", "ADVENTURE"], ["ENT33656", "REL5", "ENT3569"], ["THE CHARGE OF THE LIGHT BRIGADE", "has_genre", "ADVENTURE"], ["THE CHARGE OF THE LIGHT BRIGADE", "REL5", "ENT3569"], ["THE CRIMSON PIRATE", "directed_by", "ENT28987"], ["THE CRIMSON PIRATE", "has_genre", "ADVENTURE"], ["THE CRIMSON PIRATE", "REL5", "ENT3569"], ["THE CRIMSON PIRATE", "REL5", "BURT LANCASTER"], ["THE CRIMSON PIRATE", "REL5", "ENT28987"], ["THE CRIMSON PIRATE", "release_year", "ENT117"], ["THE CRIMSON PIRATE", "REL8", "BURT LANCASTER"], ["THE DECEIVERS", "has_genre", "ADVENTURE"], ["THE DECEIVERS", "REL5", "ENT3569"], ["THE FLAME AND THE ARROW", "has_genre", "ADVENTURE"], ["THE FLAME AND THE ARROW", "REL5", "ENT3569"], ["THE FLAME AND THE ARROW", "REL8", "BURT LANCASTER"], ["ENT34334", "has_genre", "ADVENTURE"], ["ENT34334", "REL5", "ENT3569"], ["ENT34577", "has_genre", "ADVENTURE"], ["ENT34577", "REL5", "ENT3569"], ["THE HALLELUJAH TRAIL", "REL5", "ENT3569"], ["THE HALLELUJAH TRAIL", "REL8", "BURT LANCASTER"], ["ENT34604", "REL5", "ENT3569"], ["ENT34604", "release_year", "ENT117"], ["THE KILLERS", "directed_by", "ENT28987"], ["THE KILLERS", "REL5", "ENT3569"], ["THE KILLERS", "REL5", "BURT LANCASTER"], ["THE KILLERS", "REL5", "ENT28987"], ["THE KILLERS", "REL8", "BURT LANCASTER"], ["THE LAND THAT TIME FORGOT", "has_genre", "ADVENTURE"], ["THE LAND THAT TIME FORGOT", "REL5", "ADVENTURE"], ["THE LAND THAT TIME FORGOT", "REL5", "ENT3569"], ["ENT35242", "has_genre", "ADVENTURE"], ["ENT35242", "REL5", "ADVENTURE"], ["ENT35242", "REL5", "ENT3569"], ["THE MARK OF ZORRO", "has_genre", "ADVENTURE"], ["THE MARK OF ZORRO", "REL5", "ENT3569"], ["THE MASK OF FU MANCHU", "has_genre", "ADVENTURE"], ["THE MASK OF FU MANCHU", "REL5", "ENT3569"], ["ENT35302", "has_genre", "ADVENTURE"], ["ENT35302", "REL5", "ENT3569"], ["ENT35330", "REL5", "ENT3569"], ["ENT35330", "release_year", "ENT117"], ["THE MUMMY", "has_genre", "ADVENTURE"], ["THE MUMMY", "REL5", "ADVENTURE"], ["THE MUMMY", "REL5", "ENT3569"], ["ENT35642", "has_genre", "ADVENTURE"], ["ENT35642", "REL5", "ENT3569"], ["ENT35668", "has_genre", "ADVENTURE"], ["ENT35668", "REL5", "ENT3569"], ["ENT35744", "has_genre", "ADVENTURE"], ["ENT35744", "REL5", "ENT3569"], ["THE PRISONER OF ZENDA", "has_genre", "ADVENTURE"], ["THE PRISONER OF ZENDA", "REL5", "ENT3569"], ["THE PRISONER OF ZENDA", "release_year", "ENT117"], ["ENT35775", "REL5", "ENT3569"], ["ENT35775", "REL8", "BURT LANCASTER"], ["THE ROSE TATTOO", "REL5", "ENT3569"], ["THE ROSE TATTOO", "REL8", "BURT LANCASTER"], ["THE SCARLET PIMPERNEL", "has_genre", "ADVENTURE"], ["THE SCARLET PIMPERNEL", "REL5", "ENT3569"], ["THE SECRET LIFE OF WALTER MITTY", "has_genre", "ADVENTURE"], ["THE SECRET LIFE OF WALTER MITTY", "REL5", "ENT3569"], ["ENT36157", "has_genre", "ADVENTURE"], ["ENT36157", "REL5", "ENT3569"], ["THE THREE MUSKETEERS", "has_genre", "ADVENTURE"], ["THE THREE MUSKETEERS", "REL5", "ENT3569"], ["ENT36427", "REL5", "ENT3569"], ["ENT36427", "REL8", "BURT LANCASTER"], ["ENT36434", "has_genre", "ADVENTURE"], ["ENT36434", "REL5", "ENT3569"], ["THE VIKINGS", "has_genre", "ADVENTURE"], ["THE VIKINGS", "REL5", "ENT3569"], ["ENT36666", "has_genre", "ADVENTURE"], ["ENT36666", "REL5", "ENT3569"], ["TO HAVE AND HAVE NOT", "has_genre", "ADVENTURE"], ["TO HAVE AND HAVE NOT", "REL5", "ENT3569"], ["ENT37379", "has_genre", "ADVENTURE"], ["ENT37379", "REL5", "ENT3569"], ["TOM SAWYER", "has_genre", "ADVENTURE"], ["TOM SAWYER", "REL5", "ENT3569"], ["ENT38608", "has_genre", "ADVENTURE"], ["ENT38608", "REL5", "ENT3569"]]}
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 37764, ACROSS THE SEA OF TIME 39659, ANDREW GELLIS 31885, ASSASSINS 35560, JUDGE DREDD 32302, SYLVESTER STALLONE src, edge_attr, dst 37764, release_year, 38669 37764, REL9, 39659 31885, REL5, 32302 31885, release_year, 38669 31885, REL8, 32302 35560, REL5, 32302 35560, release_year, 38669 35560, REL8, 32302 Question: How are ANDREW GELLIS and SYLVESTER STALLONE related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["ANDREW GELLIS", "SYLVESTER STALLONE"], "valid_edges": [["ACROSS THE SEA OF TIME", "release_year", "ENT164"], ["ACROSS THE SEA OF TIME", "REL9", "ANDREW GELLIS"], ["ASSASSINS", "REL5", "SYLVESTER STALLONE"], ["ASSASSINS", "release_year", "ENT164"], ["ASSASSINS", "REL8", "SYLVESTER STALLONE"], ["JUDGE DREDD", "REL5", "SYLVESTER STALLONE"], ["JUDGE DREDD", "release_year", "ENT164"], ["JUDGE DREDD", "REL8", "SYLVESTER STALLONE"]]}
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 17718, 3 NINJAS 17148, ENT7161 13394, LOVE ME TONIGHT 16725, MAX ELLIOTT SLADE 8097, PAUL ARMONT src, edge_attr, dst 17718, has_genre, 17148 17718, REL8, 16725 13394, has_genre, 17148 13394, REL9, 8097 Question: How are MAX ELLIOTT SLADE and PAUL ARMONT related? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["MAX ELLIOTT SLADE", "PAUL ARMONT"], "valid_edges": [["3 NINJAS", "has_genre", "ENT7161"], ["3 NINJAS", "REL8", "MAX ELLIOTT SLADE"], ["LOVE ME TONIGHT", "has_genre", "ENT7161"], ["LOVE ME TONIGHT", "REL9", "PAUL ARMONT"]]}
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 4886, 1994 3650, BRAINSCAN 33268, CEMETERY MAN 37852, HORROR 18219, LEPRECHAUN 22440, LEPRECHAUN 2 18749, ENT22509 25655, MUTE WITNESS 29436, ENT24550 22877, NIGHTWATCH 9232, PRIEST 13604, ENT27481 642, ROBERT LEE KING 15966, ENT35384 35013, WARWICK DAVIS 7445, ENT39632 14593, WOLF src, edge_attr, dst 3650, has_genre, 37852 3650, release_year, 4886 33268, has_genre, 37852 33268, release_year, 4886 18219, has_genre, 37852 18219, REL5, 37852 18219, REL8, 35013 22440, has_genre, 37852 22440, release_year, 4886 22440, REL8, 35013 18749, has_genre, 37852 18749, release_year, 4886 25655, has_genre, 37852 25655, release_year, 4886 29436, has_genre, 37852 29436, release_year, 4886 22877, has_genre, 37852 22877, release_year, 4886 9232, has_genre, 37852 9232, release_year, 4886 13604, directed_by, 642 13604, has_genre, 37852 15966, has_genre, 37852 15966, release_year, 4886 7445, has_genre, 37852 7445, release_year, 4886 14593, has_genre, 37852 14593, release_year, 4886 Question: For what reason are LEPRECHAUN 2 and ROBERT LEE KING associated? Your output must be ONLY the PATH block.
graph_path
{ "style": "rule" }
{"entities": ["LEPRECHAUN 2", "ROBERT LEE KING"], "valid_edges": [["BRAINSCAN", "has_genre", "HORROR"], ["BRAINSCAN", "release_year", "1994"], ["CEMETERY MAN", "has_genre", "HORROR"], ["CEMETERY MAN", "release_year", "1994"], ["LEPRECHAUN", "has_genre", "HORROR"], ["LEPRECHAUN", "REL5", "HORROR"], ["LEPRECHAUN", "REL8", "WARWICK DAVIS"], ["LEPRECHAUN 2", "has_genre", "HORROR"], ["LEPRECHAUN 2", "release_year", "1994"], ["LEPRECHAUN 2", "REL8", "WARWICK DAVIS"], ["ENT22509", "has_genre", "HORROR"], ["ENT22509", "release_year", "1994"], ["MUTE WITNESS", "has_genre", "HORROR"], ["MUTE WITNESS", "release_year", "1994"], ["ENT24550", "has_genre", "HORROR"], ["ENT24550", "release_year", "1994"], ["NIGHTWATCH", "has_genre", "HORROR"], ["NIGHTWATCH", "release_year", "1994"], ["PRIEST", "has_genre", "HORROR"], ["PRIEST", "release_year", "1994"], ["ENT27481", "directed_by", "ROBERT LEE KING"], ["ENT27481", "has_genre", "HORROR"], ["ENT35384", "has_genre", "HORROR"], ["ENT35384", "release_year", "1994"], ["ENT39632", "has_genre", "HORROR"], ["ENT39632", "release_year", "1994"], ["WOLF", "has_genre", "HORROR"], ["WOLF", "release_year", "1994"]]}