set
dict |
|---|
{
"query": "Who is the youngest player to have played during the 1997-1998 season for OHL League?",
"pos": [
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';"
],
"neg": [
"playoffs refers to GAMETYPE = 'Playoffs';",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"average = AVG(height_in_cm); players refers to PlayerName; position of defense refers to position_info = 'D' ;",
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"who refers to PlayerName; heaviest weight refers to MAX(weight_in_kg);",
"heigh in inches refers to height_in_inch;",
"USA refers to nation = 'USA' ; players refers to PlayerName; lightest weight refers to MIN(weight_in_lbs);\n",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';",
"Swedish refers to nation = 'Sweden'; team with the most Swedish refers to MAX(TEAM WHERE nation = 'Sweden');",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000';"
]
} |
{
"query": "How many players who were drafted by the Toronto Maple Leafs have played over 300 games in their first 7 years of the NHL career?",
"pos": [
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;"
],
"neg": [
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000';",
"FALSE;",
"name of the player refers to PlayerName; most NHL points in draft year refers to MAX(P);",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"who refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes'; committed the highest rule violations refers to MAX(PIM); in 2000 refers to draftyear = 2000;",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; highest prospects for the draft refers to MAX(CSS_rank);"
]
} |
{
"query": "Identify the name and position of the player who has committed the most rule violations.",
"pos": [
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);"
],
"neg": [
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"USA refers to nation = 'USA' ; players refers to PlayerName; lightest weight refers to MIN(weight_in_lbs);\n",
"OHL league refers to LEAGUE = 'OHL'; who refers to PlayerName; regular season refers to GAMETYPE = 'Regular Season'; most number of assist refers to MAX(A); 2007-2008 season refers to SEASON = '2007-2008';",
"born in 1982 refers to birthyear = 1982; height above 182cm refers to height_in_cm > 182 ;",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Russia' WHERE height_in_cm < 200), COUNT(ELITEID)), 100); Russian refers to nation = 'Russia'; players refers to PlayerName; height of under 200 inch refers to height_in_cm < 200;",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"names of the players refers to PlayerName; Avangard Omsk refers to TEAM = 'Avangard Omsk'; playoffs refers to GAMETYPE = 'Playoffs'; 2000-2001 season refers to SEASON = '2000-2001';",
"difference = SUBTRACT(SUM(G WHERE GAMETYPE = 'Regular Season'), SUM(G WHERE GAMETYPE = 'Playoffs') WHERE SEASON = '1998-1999'); number of goals scored refers to G; regular season refers to GAMETYPE = 'Regular Season'; playoffs refers to GAMETYPE = 'Playoffs'; 1998-1999 season refers to SEASON = '1998-1999';",
"weigh more than 90 kg refers to weight_in_kg > 90;"
]
} |
{
"query": "What is the percentage of Swedish players in playoffs games in the 1997 - 2000 season?",
"pos": [
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000';"
],
"neg": [
"FALSE;",
"name of the player refers to PlayerName; most NHL points in draft year refers to MAX(P);",
"heigh in inches refers to height_in_inch;",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';",
"weight in kilograms refers to weight_in_kg; longest time on ice in the player's first 7 years of NHL career refers to MAX(sum_7yr_TOI);",
"right-shooted refers to shoots = 'R'; weigh over 90 kg refers to weight_in_kg > 90;",
"born in 1982 refers to birthyear = 1982; height above 182cm refers to height_in_cm > 182 ;",
"1997-1998 season refers to SEASON = '1997-1998';",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Russia' WHERE height_in_cm < 200), COUNT(ELITEID)), 100); Russian refers to nation = 'Russia'; players refers to PlayerName; height of under 200 inch refers to height_in_cm < 200;",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; highest prospects for the draft refers to MAX(CSS_rank);"
]
} |
{
"query": "List the names of all players from Avangard Omsk that have played for playoffs in season 2000-2001.",
"pos": [
"names of the players refers to PlayerName; Avangard Omsk refers to TEAM = 'Avangard Omsk'; playoffs refers to GAMETYPE = 'Playoffs'; 2000-2001 season refers to SEASON = '2000-2001';"
],
"neg": [
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);",
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; highest prospects for the draft refers to MAX(CSS_rank);",
"Swedish refers to nation = 'Sweden'; team with the most Swedish refers to MAX(TEAM WHERE nation = 'Sweden');",
"who refers to PlayerName; heaviest weight refers to MAX(weight_in_kg);",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"type of game refers to GAMETYPE;"
]
} |
{
"query": "How many teams did the heaviest player drafted by Arizona Coyotes have played for?",
"pos": [
"heaviest player refers to MAX(weight_in_lb); drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';"
],
"neg": [
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"drafted by Anaheim Ducks refers to overallby = 'Anaheim Ducks'; in 2008 refers to draftyear = 2008; played for U.S. National U18 Team refers to TEAM = 'U.S. National U18 Team';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; highest prospects for the draft refers to MAX(CSS_rank);",
"type of game refers to GAMETYPE;",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';",
"oldest player refers to MIN(birthdate); Avangard Omsk refers to TEAM = 'Avangard Omsk'; regular season refers to GAMETYPE = 'Regular Season'; 2000-2001 season refers to SEASON = '2000-2001';\n",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"1997-1998 season refers to SEASON = '1997-1998';",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Russia' WHERE height_in_cm < 200), COUNT(ELITEID)), 100); Russian refers to nation = 'Russia'; players refers to PlayerName; height of under 200 inch refers to height_in_cm < 200;"
]
} |
{
"query": "Who among the players in season 2000-2001 has committed the highest rule violations or penalty minutes?",
"pos": [
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'"
],
"neg": [
"difference = SUBTRACT(SUM(G WHERE GAMETYPE = 'Regular Season'), SUM(G WHERE GAMETYPE = 'Playoffs') WHERE SEASON = '1998-1999'); number of goals scored refers to G; regular season refers to GAMETYPE = 'Regular Season'; playoffs refers to GAMETYPE = 'Playoffs'; 1998-1999 season refers to SEASON = '1998-1999';",
"total NHL games played in their first 7 years of NHL career is no less than 500 refers to sum_7yr_GP > 500; name of the player refers to PlayerName; committed the most rule violations refers to MAX(PIM);",
"oldest player refers to MIN(birthdate); Avangard Omsk refers to TEAM = 'Avangard Omsk'; regular season refers to GAMETYPE = 'Regular Season'; 2000-2001 season refers to SEASON = '2000-2001';\n",
"playoffs refers to GAMETYPE = 'Playoffs';",
"weigh in kilograms refers to weight_in_kg;",
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;",
"who refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes'; committed the highest rule violations refers to MAX(PIM); in 2000 refers to draftyear = 2000;",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;"
]
} |
{
"query": "What is the birthplace of Aaron Gagnon?",
"pos": [
"FALSE;"
],
"neg": [
"born in 1982 refers to birthyear = 1982; height above 182cm refers to height_in_cm > 182 ;",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';",
"right-shooted refers to shoots = 'R'; weigh over 90 kg refers to weight_in_kg > 90;",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"names of the players refers to PlayerName; Avangard Omsk refers to TEAM = 'Avangard Omsk'; playoffs refers to GAMETYPE = 'Playoffs'; 2000-2001 season refers to SEASON = '2000-2001';",
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';"
]
} |
{
"query": "What is the weight in kilograms of the player with the highest number of goal differential of all time?",
"pos": [
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);"
],
"neg": [
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; highest prospects for the draft refers to MAX(CSS_rank);",
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"OHL league refers to LEAGUE = 'OHL'; who refers to PlayerName; regular season refers to GAMETYPE = 'Regular Season'; most number of assist refers to MAX(A); 2007-2008 season refers to SEASON = '2007-2008';",
"played the most game plays refers to MAX(GP); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"FALSE;",
"born in 1982 refers to birthyear = 1982; height above 182cm refers to height_in_cm > 182 ;",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';"
]
} |
{
"query": "Who has the heaviest weight?",
"pos": [
"who refers to PlayerName; heaviest weight refers to MAX(weight_in_kg);"
],
"neg": [
"players refers to PlayerName; weigh 120 kg refers to weight_in_kg = 120;",
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"right-shooted players refers to shoots = 'R'; height of 5'7'' refers to height_in_inch = '5''7\"';",
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';",
"total NHL games played in their first 7 years of NHL career is no less than 500 refers to sum_7yr_GP > 500; name of the player refers to PlayerName; committed the most rule violations refers to MAX(PIM);",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; highest prospects for the draft refers to MAX(CSS_rank);",
"weigh in kilograms refers to weight_in_kg;",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"heigh in inches refers to height_in_inch;"
]
} |
{
"query": "How much taller is David Bornhammar than Pauli Levokari in centimeters?",
"pos": [
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;"
],
"neg": [
"FALSE;",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000';",
"tallest player refers to MAX(height_in_cm);",
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; percentage = MULTIPLY(DIVIDE(SUM(nation = 'Eastern Europe'), COUNT(ELITEID) WHERE overallby = 'Toronto Maple Leafs'), 100); from Eastern Europe refers to nation in ('Belarus', 'Bulgaria', 'Czech Republic', 'Hungary', 'Moldova', 'Poland', 'Romania', 'Slovakia', 'Ukraine'); countries in a continent can be identified by referring to https://worldpopulationreview.com/country-rankings/list-of-countries-by-continent;",
"oldest player refers to MIN(birthdate); Avangard Omsk refers to TEAM = 'Avangard Omsk'; regular season refers to GAMETYPE = 'Regular Season'; 2000-2001 season refers to SEASON = '2000-2001';\n",
"born in 1982 refers to birthyear = 1982; height above 182cm refers to height_in_cm > 182 ;",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';"
]
} |
{
"query": "Who has played the most game plays in the 2000-2001 season of the International league?",
"pos": [
"played the most game plays refers to MAX(GP); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';"
],
"neg": [
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;",
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';",
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"Swedish refers to nation = 'Sweden'; team with the most Swedish refers to MAX(TEAM WHERE nation = 'Sweden');",
"weigh in kilograms refers to weight_in_kg;",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Russia' WHERE height_in_cm < 200), COUNT(ELITEID)), 100); Russian refers to nation = 'Russia'; players refers to PlayerName; height of under 200 inch refers to height_in_cm < 200;",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';",
"heaviest player refers to MAX(weight_in_lb); drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';"
]
} |
{
"query": "How much does David Bornhammar weigh in kilograms?",
"pos": [
"weigh in kilograms refers to weight_in_kg;"
],
"neg": [
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; percentage = MULTIPLY(DIVIDE(SUM(nation = 'Eastern Europe'), COUNT(ELITEID) WHERE overallby = 'Toronto Maple Leafs'), 100); from Eastern Europe refers to nation in ('Belarus', 'Bulgaria', 'Czech Republic', 'Hungary', 'Moldova', 'Poland', 'Romania', 'Slovakia', 'Ukraine'); countries in a continent can be identified by referring to https://worldpopulationreview.com/country-rankings/list-of-countries-by-continent;",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';",
"weigh more than 90 kg refers to weight_in_kg > 90;",
"name of the player refers to PlayerName; most NHL points in draft year refers to MAX(P);",
"right-shooted refers to shoots = 'R'; weigh over 90 kg refers to weight_in_kg > 90;",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Russia' WHERE height_in_cm < 200), COUNT(ELITEID)), 100); Russian refers to nation = 'Russia'; players refers to PlayerName; height of under 200 inch refers to height_in_cm < 200;",
"Swedish refers to nation = 'Sweden'; team with the most Swedish refers to MAX(TEAM WHERE nation = 'Sweden');",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;"
]
} |
{
"query": "What is the weight of the player with the longest time on ice in the player’s first 7 years of NHL career in kilograms?",
"pos": [
"weight in kilograms refers to weight_in_kg; longest time on ice in the player's first 7 years of NHL career refers to MAX(sum_7yr_TOI);"
],
"neg": [
"average = AVG(height_in_cm); players refers to PlayerName; position of defense refers to position_info = 'D' ;",
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);",
"FALSE;",
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';",
"weigh in kilograms refers to weight_in_kg;",
"type of game refers to GAMETYPE;",
"tallest player refers to MAX(height_in_cm);",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"playoffs refers to GAMETYPE = 'Playoffs';",
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';"
]
} |
{
"query": "Who is the oldest player who played for Avangard Omsk during the regular season in 2000-2001?",
"pos": [
"oldest player refers to MIN(birthdate); Avangard Omsk refers to TEAM = 'Avangard Omsk'; regular season refers to GAMETYPE = 'Regular Season'; 2000-2001 season refers to SEASON = '2000-2001';\n"
],
"neg": [
"born in 1982 refers to birthyear = 1982; height above 182cm refers to height_in_cm > 182 ;",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; percentage = MULTIPLY(DIVIDE(SUM(nation = 'Eastern Europe'), COUNT(ELITEID) WHERE overallby = 'Toronto Maple Leafs'), 100); from Eastern Europe refers to nation in ('Belarus', 'Bulgaria', 'Czech Republic', 'Hungary', 'Moldova', 'Poland', 'Romania', 'Slovakia', 'Ukraine'); countries in a continent can be identified by referring to https://worldpopulationreview.com/country-rankings/list-of-countries-by-continent;",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; highest prospects for the draft refers to MAX(CSS_rank);",
"FALSE;",
"USA refers to nation = 'USA' ; players refers to PlayerName; lightest weight refers to MIN(weight_in_lbs);\n",
"names of the players refers to PlayerName; Avangard Omsk refers to TEAM = 'Avangard Omsk'; playoffs refers to GAMETYPE = 'Playoffs'; 2000-2001 season refers to SEASON = '2000-2001';",
"right-shooted players refers to shoots = 'R'; height of 5'7'' refers to height_in_inch = '5''7\"';"
]
} |
{
"query": "Among the players whose total NHL games played in their first 7 years of NHL career is no less than 500, what is the name of the player who committed the most rule violations?",
"pos": [
"total NHL games played in their first 7 years of NHL career is no less than 500 refers to sum_7yr_GP > 500; name of the player refers to PlayerName; committed the most rule violations refers to MAX(PIM);"
],
"neg": [
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; percentage = MULTIPLY(DIVIDE(SUM(nation = 'Eastern Europe'), COUNT(ELITEID) WHERE overallby = 'Toronto Maple Leafs'), 100); from Eastern Europe refers to nation in ('Belarus', 'Bulgaria', 'Czech Republic', 'Hungary', 'Moldova', 'Poland', 'Romania', 'Slovakia', 'Ukraine'); countries in a continent can be identified by referring to https://worldpopulationreview.com/country-rankings/list-of-countries-by-continent;",
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"drafted by Anaheim Ducks refers to overallby = 'Anaheim Ducks'; in 2008 refers to draftyear = 2008; played for U.S. National U18 Team refers to TEAM = 'U.S. National U18 Team';",
"heigh in inches refers to height_in_inch;",
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"weigh more than 90 kg refers to weight_in_kg > 90;",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';"
]
} |
{
"query": "Identify the players who weigh 120 kg.",
"pos": [
"players refers to PlayerName; weigh 120 kg refers to weight_in_kg = 120;"
],
"neg": [
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"OHL league refers to LEAGUE = 'OHL'; who refers to PlayerName; regular season refers to GAMETYPE = 'Regular Season'; most number of assist refers to MAX(A); 2007-2008 season refers to SEASON = '2007-2008';",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"names of the players refers to PlayerName; Avangard Omsk refers to TEAM = 'Avangard Omsk'; playoffs refers to GAMETYPE = 'Playoffs'; 2000-2001 season refers to SEASON = '2000-2001';",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"average = AVG(height_in_cm); players refers to PlayerName; position of defense refers to position_info = 'D' ;",
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';",
"heigh in inches refers to height_in_inch;",
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';"
]
} |
{
"query": "List out the name of players who have a height of 5'8\".",
"pos": [
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';"
],
"neg": [
"weigh in kilograms refers to weight_in_kg;",
"right-shooted refers to shoots = 'R'; weigh over 90 kg refers to weight_in_kg > 90;",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"oldest player refers to MIN(birthdate); Avangard Omsk refers to TEAM = 'Avangard Omsk'; regular season refers to GAMETYPE = 'Regular Season'; 2000-2001 season refers to SEASON = '2000-2001';\n",
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';",
"heigh in inches refers to height_in_inch;",
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);",
"weight in kilograms refers to weight_in_kg; longest time on ice in the player's first 7 years of NHL career refers to MAX(sum_7yr_TOI);",
"average = AVG(height_in_cm); players refers to PlayerName; position of defense refers to position_info = 'D' ;"
]
} |
{
"query": "Who is the tallest player in team USA U20?",
"pos": [
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';"
],
"neg": [
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"right-shooted players refers to shoots = 'R'; height of 5'7'' refers to height_in_inch = '5''7\"';",
"weight in kilograms refers to weight_in_kg; longest time on ice in the player's first 7 years of NHL career refers to MAX(sum_7yr_TOI);",
"USA refers to nation = 'USA' ; players refers to PlayerName; lightest weight refers to MIN(weight_in_lbs);\n",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"born in 1982 refers to birthyear = 1982; height above 182cm refers to height_in_cm > 182 ;",
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"type of game refers to GAMETYPE;"
]
} |
{
"query": "What is the average height in centimeters of all the players in the position of defense?",
"pos": [
"average = AVG(height_in_cm); players refers to PlayerName; position of defense refers to position_info = 'D' ;"
],
"neg": [
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"total NHL games played in their first 7 years of NHL career is no less than 500 refers to sum_7yr_GP > 500; name of the player refers to PlayerName; committed the most rule violations refers to MAX(PIM);",
"who refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes'; committed the highest rule violations refers to MAX(PIM); in 2000 refers to draftyear = 2000;",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';",
"right-shooted players refers to shoots = 'R'; height of 5'7'' refers to height_in_inch = '5''7\"';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; highest prospects for the draft refers to MAX(CSS_rank);",
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"playoffs refers to GAMETYPE = 'Playoffs';",
"name of the player refers to PlayerName; most NHL points in draft year refers to MAX(P);"
]
} |
{
"query": "What is the percentage of Russian players who have a height of under 200 inch?",
"pos": [
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Russia' WHERE height_in_cm < 200), COUNT(ELITEID)), 100); Russian refers to nation = 'Russia'; players refers to PlayerName; height of under 200 inch refers to height_in_cm < 200;"
],
"neg": [
"right-shooted refers to shoots = 'R'; weigh over 90 kg refers to weight_in_kg > 90;",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';",
"heaviest player refers to MAX(weight_in_lb); drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';",
"players refers to PlayerName; weigh 120 kg refers to weight_in_kg = 120;",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000';"
]
} |
{
"query": "How many players who were born in 1980 weigh 185 in pounds?",
"pos": [
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;"
],
"neg": [
"weigh more than 90 kg refers to weight_in_kg > 90;",
"heaviest player refers to MAX(weight_in_lb); drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"FALSE;",
"total NHL games played in their first 7 years of NHL career is no less than 500 refers to sum_7yr_GP > 500; name of the player refers to PlayerName; committed the most rule violations refers to MAX(PIM);",
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"right-shooted players refers to shoots = 'R'; height of 5'7'' refers to height_in_inch = '5''7\"';",
"weight in kilograms refers to weight_in_kg; longest time on ice in the player's first 7 years of NHL career refers to MAX(sum_7yr_TOI);",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000';",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"heigh in inches refers to height_in_inch;"
]
} |
{
"query": "How many players, who were drafted by Anaheim Ducks in 2008, have played for U.S. National U18 Team?",
"pos": [
"drafted by Anaheim Ducks refers to overallby = 'Anaheim Ducks'; in 2008 refers to draftyear = 2008; played for U.S. National U18 Team refers to TEAM = 'U.S. National U18 Team';"
],
"neg": [
"who refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes'; committed the highest rule violations refers to MAX(PIM); in 2000 refers to draftyear = 2000;",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"born in 1982 refers to birthyear = 1982; height above 182cm refers to height_in_cm > 182 ;",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000';",
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';",
"name of the player refers to PlayerName; most NHL points in draft year refers to MAX(P);",
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Russia' WHERE height_in_cm < 200), COUNT(ELITEID)), 100); Russian refers to nation = 'Russia'; players refers to PlayerName; height of under 200 inch refers to height_in_cm < 200;"
]
} |
{
"query": "How many playoffs did Per Mars participate in?",
"pos": [
"playoffs refers to GAMETYPE = 'Playoffs';"
],
"neg": [
"played the most game plays refers to MAX(GP); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';",
"difference = SUBTRACT(SUM(G WHERE GAMETYPE = 'Regular Season'), SUM(G WHERE GAMETYPE = 'Playoffs') WHERE SEASON = '1998-1999'); number of goals scored refers to G; regular season refers to GAMETYPE = 'Regular Season'; playoffs refers to GAMETYPE = 'Playoffs'; 1998-1999 season refers to SEASON = '1998-1999';",
"FALSE;",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; percentage = MULTIPLY(DIVIDE(SUM(nation = 'Eastern Europe'), COUNT(ELITEID) WHERE overallby = 'Toronto Maple Leafs'), 100); from Eastern Europe refers to nation in ('Belarus', 'Bulgaria', 'Czech Republic', 'Hungary', 'Moldova', 'Poland', 'Romania', 'Slovakia', 'Ukraine'); countries in a continent can be identified by referring to https://worldpopulationreview.com/country-rankings/list-of-countries-by-continent;",
"heigh in inches refers to height_in_inch;",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"tallest player refers to MAX(height_in_cm);",
"average = AVG(height_in_cm); players refers to PlayerName; position of defense refers to position_info = 'D' ;"
]
} |
{
"query": "Mention the type of game that Matthias Trattnig played.",
"pos": [
"type of game refers to GAMETYPE;"
],
"neg": [
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);",
"OHL league refers to LEAGUE = 'OHL'; who refers to PlayerName; regular season refers to GAMETYPE = 'Regular Season'; most number of assist refers to MAX(A); 2007-2008 season refers to SEASON = '2007-2008';",
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';",
"USA refers to nation = 'USA' ; players refers to PlayerName; lightest weight refers to MIN(weight_in_lbs);\n",
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"playoffs refers to GAMETYPE = 'Playoffs';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; percentage = MULTIPLY(DIVIDE(SUM(nation = 'Eastern Europe'), COUNT(ELITEID) WHERE overallby = 'Toronto Maple Leafs'), 100); from Eastern Europe refers to nation in ('Belarus', 'Bulgaria', 'Czech Republic', 'Hungary', 'Moldova', 'Poland', 'Romania', 'Slovakia', 'Ukraine'); countries in a continent can be identified by referring to https://worldpopulationreview.com/country-rankings/list-of-countries-by-continent;",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"drafted by Anaheim Ducks refers to overallby = 'Anaheim Ducks'; in 2008 refers to draftyear = 2008; played for U.S. National U18 Team refers to TEAM = 'U.S. National U18 Team';"
]
} |
{
"query": "Among the players who played in OHL league during the regular season in 2007-2008, who is the player that attained the most number of assist?",
"pos": [
"OHL league refers to LEAGUE = 'OHL'; who refers to PlayerName; regular season refers to GAMETYPE = 'Regular Season'; most number of assist refers to MAX(A); 2007-2008 season refers to SEASON = '2007-2008';"
],
"neg": [
"played the most game plays refers to MAX(GP); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"drafted by Anaheim Ducks refers to overallby = 'Anaheim Ducks'; in 2008 refers to draftyear = 2008; played for U.S. National U18 Team refers to TEAM = 'U.S. National U18 Team';",
"weigh in kilograms refers to weight_in_kg;",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"FALSE;",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);"
]
} |
{
"query": "Among all goals scored by Calgary Hitmen in the 2007-2008 season, identify the percentage scored by Ian Schultz.",
"pos": [
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';"
],
"neg": [
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"average = AVG(height_in_cm); players refers to PlayerName; position of defense refers to position_info = 'D' ;",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"FALSE;",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';",
"players refers to PlayerName; weigh 120 kg refers to weight_in_kg = 120;",
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;"
]
} |
{
"query": "Name the player who had the most goals for team Rimouski Oceanic in playoff.",
"pos": [
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';"
],
"neg": [
"heaviest player refers to MAX(weight_in_lb); drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"oldest player refers to MIN(birthdate); Avangard Omsk refers to TEAM = 'Avangard Omsk'; regular season refers to GAMETYPE = 'Regular Season'; 2000-2001 season refers to SEASON = '2000-2001';\n",
"name of the player refers to PlayerName; most NHL points in draft year refers to MAX(P);",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);",
"playoffs refers to GAMETYPE = 'Playoffs';",
"weigh in kilograms refers to weight_in_kg;",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';"
]
} |
{
"query": "Indicate the height of all players from team Oshawa Generals in inches.",
"pos": [
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';"
],
"neg": [
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"tallest player refers to MAX(height_in_cm);",
"playoffs refers to GAMETYPE = 'Playoffs';",
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; percentage = MULTIPLY(DIVIDE(SUM(nation = 'Eastern Europe'), COUNT(ELITEID) WHERE overallby = 'Toronto Maple Leafs'), 100); from Eastern Europe refers to nation in ('Belarus', 'Bulgaria', 'Czech Republic', 'Hungary', 'Moldova', 'Poland', 'Romania', 'Slovakia', 'Ukraine'); countries in a continent can be identified by referring to https://worldpopulationreview.com/country-rankings/list-of-countries-by-continent;",
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);",
"right-shooted refers to shoots = 'R'; weigh over 90 kg refers to weight_in_kg > 90;",
"USA refers to nation = 'USA' ; players refers to PlayerName; lightest weight refers to MIN(weight_in_lbs);\n",
"how much taller = SUBTRACT(SUM(height_in_cm WHERE PlayerName = 'David Bornhammar'), SUM(height_in_cm WHERE PlayerName = 'Pauli Levokari')); height in centimeters refers to height_in_cm;",
"players refers to PlayerName; weigh 120 kg refers to weight_in_kg = 120;",
"tallest refers to MAX(height_in_cm); \nplayer refers to PlayerName; team USA U20 refers to TEAM = 'USA U20';"
]
} |
{
"query": "What is the height of David Bornhammar in inches?",
"pos": [
"heigh in inches refers to height_in_inch;"
],
"neg": [
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"right-shooted refers to shoots = 'R'; weigh over 90 kg refers to weight_in_kg > 90;",
"played the most game plays refers to MAX(GP); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';",
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;",
"difference = SUBTRACT(SUM(G WHERE GAMETYPE = 'Regular Season'), SUM(G WHERE GAMETYPE = 'Playoffs') WHERE SEASON = '1998-1999'); number of goals scored refers to G; regular season refers to GAMETYPE = 'Regular Season'; playoffs refers to GAMETYPE = 'Playoffs'; 1998-1999 season refers to SEASON = '1998-1999';",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"total NHL games played in their first 7 years of NHL career is no less than 500 refers to sum_7yr_GP > 500; name of the player refers to PlayerName; committed the most rule violations refers to MAX(PIM);"
]
} |
{
"query": "What team did Niklas Eckerblom play in the 1997-1998 season?",
"pos": [
"1997-1998 season refers to SEASON = '1997-1998';"
],
"neg": [
"players refers to PlayerName; drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; percentage = MULTIPLY(DIVIDE(SUM(nation = 'Eastern Europe'), COUNT(ELITEID) WHERE overallby = 'Toronto Maple Leafs'), 100); from Eastern Europe refers to nation in ('Belarus', 'Bulgaria', 'Czech Republic', 'Hungary', 'Moldova', 'Poland', 'Romania', 'Slovakia', 'Ukraine'); countries in a continent can be identified by referring to https://worldpopulationreview.com/country-rankings/list-of-countries-by-continent;",
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';",
"playoffs refers to GAMETYPE = 'Playoffs';",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';",
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"players refers to PlayerName; weigh 120 kg refers to weight_in_kg = 120;",
"played the most game plays refers to MAX(GP); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';",
"tallest player refers to MAX(height_in_cm);",
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;"
]
} |
{
"query": "Who is the most valuable player who played in the 2000-2001 season of the International league?",
"pos": [
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';"
],
"neg": [
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';",
"type of game refers to GAMETYPE;",
"name of the player refers to PlayerName; most NHL points in draft year refers to MAX(P);",
"heaviest player refers to MAX(weight_in_lb); drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"FALSE;",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';",
"OHL league refers to LEAGUE = 'OHL'; who refers to PlayerName; regular season refers to GAMETYPE = 'Regular Season'; most number of assist refers to MAX(A); 2007-2008 season refers to SEASON = '2007-2008';"
]
} |
{
"query": "Name the player and his team who made the playoffs in the 2006-2007 season of SuperElit league with the highest points.",
"pos": [
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';"
],
"neg": [
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"youngest player refers to MAX(birthdate); 1997-1998 season refers to SEASON = '1997-1998'; OHL league refers to LEAGUE = 'OHL';",
"oldest player refers to MIN(birthdate); Avangard Omsk refers to TEAM = 'Avangard Omsk'; regular season refers to GAMETYPE = 'Regular Season'; 2000-2001 season refers to SEASON = '2000-2001';\n",
"weigh more than 90 kg refers to weight_in_kg > 90;",
"difference = SUBTRACT(SUM(G WHERE GAMETYPE = 'Regular Season'), SUM(G WHERE GAMETYPE = 'Playoffs') WHERE SEASON = '1998-1999'); number of goals scored refers to G; regular season refers to GAMETYPE = 'Regular Season'; playoffs refers to GAMETYPE = 'Playoffs'; 1998-1999 season refers to SEASON = '1998-1999';",
"name of players refers to PlayerName; height of 5'8\" refers to height_in_inch = '5''8\"';",
"who refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes'; committed the highest rule violations refers to MAX(PIM); in 2000 refers to draftyear = 2000;",
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"right-shooted players refers to shoots = 'R'; height of 5'7'' refers to height_in_inch = '5''7\"';",
"penalty minutes refers to PIM; Ak Bars Kazan refers to TEAM = 'Ak Bars Kazan'; percentage = MULTIPLY(DIVIDE(SUM(PIM WHERE PlayerName = 'Yevgeni Muratov'), SUM(PIM)), 100.0); 1999-2000 season refers to SEASON = '1999-2000';"
]
} |
{
"query": "How many players weigh more than 90 kg?",
"pos": [
"weigh more than 90 kg refers to weight_in_kg > 90;"
],
"neg": [
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"committed the highest rule violations or penalty minutes refers to MAX(PIM); 2000-2001 season refers to SEASON = '2000-2001'",
"name of the player refers to PlayerName; position of the player refers to position_info; committed the most rule violations refers to MAX(PIM);",
"weight in kilograms refers to weight_in_kg; longest time on ice in the player's first 7 years of NHL career refers to MAX(sum_7yr_TOI);",
"height in inches refers to height_in_inch; players refers to PlayerName; team Oshawa Generals refers to TEAM = 'Oshawa Generals';",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Sweden'), COUNT(ELITEID) WHERE SEASON = '1997-2000'), 100); Swedish refers to nation = 'Sweden'; players refers to PlayerName; playoffs games refers to GAMETYPE = 'Playoffs'; 1997-2000 season refers to 3 consecutive SEASONs : '1997-1998', '1998-1999', '1999-2000';",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';"
]
} |
{
"query": "Among the players with a height of over 6'2\" inches, how many of them were born in Sweden?",
"pos": [
"height of over 6'2\" inches refers to height_in_inch > '6''2\"'; born in Sweden refers to nation = 'Sweden' ;"
],
"neg": [
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"born in 1980 refers to birthyear = 1980; weigh 185 in pounds refers to weight_in_lbs = 185;",
"drafted by the Toronto Maple Leafs refers to overallby = 'Toronto Maple Leafs'; played over 300 games in their first 7 years of the NHL career refers to sum_7yr_GP > 300;",
"difference = SUBTRACT(SUM(G WHERE GAMETYPE = 'Regular Season'), SUM(G WHERE GAMETYPE = 'Playoffs') WHERE SEASON = '1998-1999'); number of goals scored refers to G; regular season refers to GAMETYPE = 'Regular Season'; playoffs refers to GAMETYPE = 'Playoffs'; 1998-1999 season refers to SEASON = '1998-1999';",
"right-shooted refers to shoots = 'R'; weigh over 90 kg refers to weight_in_kg > 90;",
"tallest player refers to MAX(height_in_cm);",
"names of the players refers to PlayerName; team Avangard Omsk refers to TEAM = 'Avangard Omsk'; 2000-2001 season refers to SEASON = '2000-2001';",
"heigh in inches refers to height_in_inch;",
"FALSE;",
"oldest player refers to MIN(birthdate); Avangard Omsk refers to TEAM = 'Avangard Omsk'; regular season refers to GAMETYPE = 'Regular Season'; 2000-2001 season refers to SEASON = '2000-2001';\n"
]
} |
{
"query": "How many right-shooted players have a height of 5'7''?",
"pos": [
"right-shooted players refers to shoots = 'R'; height of 5'7'' refers to height_in_inch = '5''7\"';"
],
"neg": [
"name of the player refers to PlayerName; most goals refers to MAX(G); team Rimouski Oceanic refers to TEAM = 'Rimouski Oceanic'; playoff refers to GAMETYPE = 'Playoffs';",
"playoffs refers to GAMETYPE = 'Playoffs';",
"average weight in pounds = AVG(weight_in_lbs); weight in pounds refers to weight_in_lbs; players refers to PlayerName; drafted by Arizona Coyotes refers to overallby = 'Arizona Coyotes';",
"name of the player refers to PlayerName; playoffs refers to GAMETYPE = 'Playoffs'; highest points refers to MAX(P); 2006-2007 season refers to SEASON = '2006-2007'; SuperElit league refers to LEAGUE = 'SuperElit';",
"goals scored refers to G; Calgary Hitmen refers to TEAM = 'Calgary Hitmen'; percentage = MULTIPLY(DIVIDE(SUM(G WHERE PlayerName = 'Ian Schultz'), SUM(G)), 100); 2007-2008 season refers to SEASON = '2007-2008';",
"weight in kilograms refers to weight_in_kg; highest number of goal differential of all time refers to MAX(PLUSMINUS);",
"OHL league refers to LEAGUE = 'OHL'; who refers to PlayerName; regular season refers to GAMETYPE = 'Regular Season'; most number of assist refers to MAX(A); 2007-2008 season refers to SEASON = '2007-2008';",
"difference = SUBTRACT(SUM(G WHERE GAMETYPE = 'Regular Season'), SUM(G WHERE GAMETYPE = 'Playoffs') WHERE SEASON = '1998-1999'); number of goals scored refers to G; regular season refers to GAMETYPE = 'Regular Season'; playoffs refers to GAMETYPE = 'Playoffs'; 1998-1999 season refers to SEASON = '1998-1999';",
"percentage = MULTIPLY(DIVIDE(SUM(nation = 'Russia' WHERE height_in_cm < 200), COUNT(ELITEID)), 100); Russian refers to nation = 'Russia'; players refers to PlayerName; height of under 200 inch refers to height_in_cm < 200;",
"most valuable player refers to MAX(P); 2000-2001 season refers to SEASON = '2000-2001'; International league refers to LEAGUE = 'International';"
]
} |
{
"query": "How many images have objects with the attributes of polka dot?",
"pos": [
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;"
],
"neg": [
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"blue' attribute classes on image ID 2355735 refer to ATT_CLASS = 'blue' where IMG_ID = 2355735;",
"object in image 5 refers to OBJ_SAMPLE_ID where IMG_ID = 5; coordinates of (634, 468) refer to X and Y coordinates of the bounding box in which X = 634 and Y = 468;",
"images refers to IMG_ID; have at least 5 \"black\" classes refers to count(ATT_CLASS_ID) where ATT_CLASS = 'black' > = 5",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"onion category refers to OBJ_CLASS = 'onion';",
"classes for attributes refers to ATT_CLASS; image id 8 refers to IMG_ID = 8",
"prediction relationship class id refers to PRED_CLASS_ID; tallest image refers to max(H)",
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"DIVIDE(SUM(OBJ_SAMPLE_ID where OBJ_CLASS = 'airplane'), COUNT(OBJ_CLASS)) as percentage;"
]
} |
{
"query": "What are the width and height of the bounding box of the object with \"keyboard\" as their object class and (5, 647) as their coordinate?",
"pos": [
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;"
],
"neg": [
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"samples of \"wall\" refers to OBJ_SAMPLE_ID and OBJ_CLASS = 'wall' ; image no.2353079 refers to IMG_ID = 2353079",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"relation refers to PRED_CLASS; object sample no.8 and object sample no.4 refers to OBJ1_SAMPLE_ID = 8 AND OBJ2_SAMPLE_ID = 4; image no.1 refers to IMG_ID = 1",
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"object class of the image refers to OBJ_CLASS; bounding box of 0, 0, 135, 212 refers to X = 0 AND Y = 0 AND W = 135 AND H = 212",
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"bounding box refers to X, Y, W, H from IMG_OBJ; lowest relates to the height of the bounding box which refers to MIN(H);",
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;"
]
} |
{
"query": "State the object class of sample no.10 of image no.2320341.",
"pos": [
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341"
],
"neg": [
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"images refers to IMG_ID; have at least 25 attributes refers to count(ATT_CLASS_ID) > = 25",
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"pairs of object samples refers to OBJ1_SAMPLE_ID and OBJ2_SAMPLE_ID; image no.1 refers to IMG_ID = 1; relation of \"parked on\" refers to PRED_CLASS = 'parked on'",
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;",
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"attribute classes refer to ATT_CLASS; (5,5) coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 5;",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;"
]
} |
{
"query": "Calculate the percentage of \"airplane\" object class in the table.",
"pos": [
"DIVIDE(SUM(OBJ_SAMPLE_ID where OBJ_CLASS = 'airplane'), COUNT(OBJ_CLASS)) as percentage;"
],
"neg": [
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524",
"image no. 20 refers to IMG_ID = 20; attribute ID refers to ATT_CLASS_ID; highest number of objects refers to max(count(ATT_CLASS_ID))",
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'",
"object in image 5 refers to OBJ_SAMPLE_ID where IMG_ID = 5; coordinates of (634, 468) refer to X and Y coordinates of the bounding box in which X = 634 and Y = 468;",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;",
"have at least one object sample in the class of \"man\" refers to count(IMG_ID where OBJ_CLASS = 'man') > = 1",
"bounding box refers to X, Y, W, H from IMG_OBJ; lowest relates to the height of the bounding box which refers to MIN(H);",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1"
]
} |
{
"query": "How many white objects are there in image no.2347915?",
"pos": [
"white objects refers to ATT_CLASS = 'white'; image no.2347915 refers to IMG_ID = 2347915"
],
"neg": [
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"blue' attribute classes on image ID 2355735 refer to ATT_CLASS = 'blue' where IMG_ID = 2355735;",
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3",
"samples of \"wall\" refers to OBJ_SAMPLE_ID and OBJ_CLASS = 'wall' ; image no.2353079 refers to IMG_ID = 2353079",
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"bounding box of the object refers to (X, Y, W, H); sample no.7 on image no.42 refers to IMG_ID = 42 and OBJ_SAMPLE_ID = 7"
]
} |
{
"query": "How many pairs of object samples in image no.1 have the relation of \"parked on\"?",
"pos": [
"pairs of object samples refers to OBJ1_SAMPLE_ID and OBJ2_SAMPLE_ID; image no.1 refers to IMG_ID = 1; relation of \"parked on\" refers to PRED_CLASS = 'parked on'"
],
"neg": [
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"DIVIDE(COUNT(OBJ_SAMPLE_ID), COUNT(IMG_ID));",
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'",
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"ids of the images refers to IMG_ID; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID"
]
} |
{
"query": "What is the relationship between object sample no.12 and no.8 of image no.2345511?",
"pos": [
"relationship refers to PRED_CLASS; object sample no.12 and no.8 of image no.2345511 refers to IMG_ID = 2345511 AND OBJ1_SAMPLE_ID = 12 AND OBJ2_SAMPLE_ID = 8"
],
"neg": [
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"X and Y refer to coordinates of the bounding box; image ID 23 refers to IMG_ID = 23; 'cast' attribute class refers to ATT_CLASS = 'cast';",
"ids of the images refers to IMG_ID; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"images refers to IMG_ID; have at least 25 attributes refers to count(ATT_CLASS_ID) > = 25",
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"number of images refers to IMG_ID; object sample of \"suit\" refers to OBJ_CLASS = 'suit'",
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"onion category refers to OBJ_CLASS = 'onion';",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"DIVIDE(SUM(OBJ_SAMPLE_ID where OBJ_CLASS = 'airplane'), COUNT(OBJ_CLASS)) as percentage;"
]
} |
{
"query": "Provide the dimensions of the bounding box that contains the keyboard that was spotted in image no. 3.",
"pos": [
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3"
],
"neg": [
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"X and Y refer to coordinates of the bounding box; image ID 23 refers to IMG_ID = 23; 'cast' attribute class refers to ATT_CLASS = 'cast';",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"\"picture\" as attribute class refers to ATT_CLASS = 'picture'; \"bear\" as object class refers to OBJ_CLASS = 'bear'; images refer to IMG_ID;",
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"object samples refers to OBJ_CLASS_ID; image no.1 refers to IMG_ID = 1; in the class of \"man\" refers to OBJ_CLASS = 'man'",
"images refer to IMG_ID; less than 15 object samples refer to COUNT(OBJ_SAMPLE_ID) < 15;"
]
} |
{
"query": "List the ID of all images with objects that have multiple relations.",
"pos": [
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;"
],
"neg": [
"X and Y refer to coordinates of the bounding box; image ID 23 refers to IMG_ID = 23; 'cast' attribute class refers to ATT_CLASS = 'cast';",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;",
"have at least one object sample in the class of \"man\" refers to count(IMG_ID where OBJ_CLASS = 'man') > = 1",
"classes for attributes refers to ATT_CLASS; image id 8 refers to IMG_ID = 8",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"image no. 20 refers to IMG_ID = 20; attribute ID refers to ATT_CLASS_ID; highest number of objects refers to max(count(ATT_CLASS_ID))",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5"
]
} |
{
"query": "Name the object class of the image with a bounding (422, 63, 77, 363).",
"pos": [
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;"
],
"neg": [
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"X and Y refer to coordinates of the bounding box where X = 5 and Y = 5; images refer to IMG_ID;",
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';",
"image numbers that contain the \"paint\" object refer to IMG_ID where OBJ_CLASS = 'paint';",
"object elements refers to OBJ_CLASS_ID; average = divide(count(OBJ_CLASS_ID), count(IMG_ID))",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"bounding box refers to X, Y, W, H from IMG_OBJ; lowest relates to the height of the bounding box which refers to MIN(H);",
"image no. 99 refers to IMG_ID = 99; described as white refers to ATT_CLASS = 'white'; percentage = divide(count(OBJ_SAMPLE_ID) where ATT_CLASS = 'white', count(OBJ_SAMPLE_ID)) as percentage",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1"
]
} |
{
"query": "Count the image numbers that contain the \"paint\" object.",
"pos": [
"image numbers that contain the \"paint\" object refer to IMG_ID where OBJ_CLASS = 'paint';"
],
"neg": [
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050",
"objects that have multiple relations refers to OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID; captions for the prediction class ids are \"on\" refers to PRED_CLASS = 'on'",
"attribute class of \"horse\" refers to ATT_CLASS = 'horse'; object class of \"fur\" refers to OBJ_CLASS = 'fur';",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1",
"prediction relationship class id refers to PRED_CLASS_ID; tallest image refers to max(H)",
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"attribute classes of image ID 22 refer to ATT_CLASS where MG_ID = 22;",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341"
]
} |
{
"query": "List all the attribute classes of the images that have a (5,5) coordinate.",
"pos": [
"attribute classes refer to ATT_CLASS; (5,5) coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 5;"
],
"neg": [
"bounding box of the object refers to (X, Y, W, H); sample no.7 on image no.42 refers to IMG_ID = 42 and OBJ_SAMPLE_ID = 7",
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"relation refers to PRED_CLASS; object sample no.8 and object sample no.4 refers to OBJ1_SAMPLE_ID = 8 AND OBJ2_SAMPLE_ID = 4; image no.1 refers to IMG_ID = 1",
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144"
]
} |
{
"query": "Name the object class of the image with lowest bounding box.",
"pos": [
"bounding box refers to X, Y, W, H from IMG_OBJ; lowest relates to the height of the bounding box which refers to MIN(H);"
],
"neg": [
"pairs of object samples refers to OBJ1_SAMPLE_ID and OBJ2_SAMPLE_ID; image no.1 refers to IMG_ID = 1; relation of \"parked on\" refers to PRED_CLASS = 'parked on'",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;",
"blue' attribute classes on image ID 2355735 refer to ATT_CLASS = 'blue' where IMG_ID = 2355735;",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"relationship refers to PRED_CLASS; object sample no.12 and no.8 of image no.2345511 refers to IMG_ID = 2345511 AND OBJ1_SAMPLE_ID = 12 AND OBJ2_SAMPLE_ID = 8",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"samples of clouds refer to IMG_ID where OBJ_CLASS = 'cloud'; image no.2315533 refers to IMG_ID = 2315533;",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;"
]
} |
{
"query": "How many attributes are related to the object sample no. 7 on image no. 4?",
"pos": [
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7"
],
"neg": [
"images refers to IMG_ID; have at least 5 \"black\" classes refers to count(ATT_CLASS_ID) where ATT_CLASS = 'black' > = 5",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"bounding box refers to X, Y, W, H from IMG_OBJ; lowest relates to the height of the bounding box which refers to MIN(H);",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"white objects refers to ATT_CLASS = 'white'; image no.2347915 refers to IMG_ID = 2347915",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6",
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;"
]
} |
{
"query": "What is the caption for the prediction class id 12?",
"pos": [
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;"
],
"neg": [
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'",
"white objects refers to ATT_CLASS = 'white'; image no.2347915 refers to IMG_ID = 2347915",
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1",
"image numbers that contain the \"paint\" object refer to IMG_ID where OBJ_CLASS = 'paint';",
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;"
]
} |
{
"query": "How many images have less than 15 object samples?",
"pos": [
"images refer to IMG_ID; less than 15 object samples refer to COUNT(OBJ_SAMPLE_ID) < 15;"
],
"neg": [
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144",
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"have at least one object sample in the class of \"man\" refers to count(IMG_ID where OBJ_CLASS = 'man') > = 1",
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"X and Y refer to coordinates of the bounding box; image ID 23 refers to IMG_ID = 23; 'cast' attribute class refers to ATT_CLASS = 'cast';",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;",
"coordinates for the object refer to X, Y, W and H coordinates of the bounding box; object class \"pizza\" refers to OBJ_CLASS = 'pizza';"
]
} |
{
"query": "How many samples of clouds are there in the image no.2315533?",
"pos": [
"samples of clouds refer to IMG_ID where OBJ_CLASS = 'cloud'; image no.2315533 refers to IMG_ID = 2315533;"
],
"neg": [
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'",
"samples of \"wall\" refers to OBJ_SAMPLE_ID and OBJ_CLASS = 'wall' ; image no.2353079 refers to IMG_ID = 2353079",
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1",
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050",
"attribute classes of image ID 22 refer to ATT_CLASS where MG_ID = 22;",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"X and Y refer to coordinates of the bounding box where X = 5 and Y = 5; images refer to IMG_ID;",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6",
"attribute classes refer to ATT_CLASS; (5,5) coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 5;"
]
} |
{
"query": "List the object sample IDs of image ID 17 with coordinates (0,0).",
"pos": [
"object sample ID refers to OBJ_SAMPLE_ID; image ID 17 refers to IMG_ID = 17; coordinates (0,0) refer to X and Y coordinates of the bounding box where X = 0 and Y = 0;"
],
"neg": [
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"DIVIDE(COUNT(IMG_ID where OBJ_CLASS = 'man'), COUNT(IMG_ID where OBJ_CLASS = 'person'));",
"images refers to IMG_ID; have at least 25 attributes refers to count(ATT_CLASS_ID) > = 25",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"object samples refers to OBJ_CLASS_ID; image no.1 refers to IMG_ID = 1; in the class of \"man\" refers to OBJ_CLASS = 'man'",
"widest relates to the width of the bounding\nbox of the object which refers to MAX(W); object in image 8 refers to OBJ_SAMPLE_ID where IMG_ID = 8;",
"bounding box refers to X, Y, W, H from IMG_OBJ; lowest relates to the height of the bounding box which refers to MIN(H);"
]
} |
{
"query": "Which images have more than 20 object samples?",
"pos": [
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;"
],
"neg": [
"images refer to IMG_ID; total of 10 attribute classes refers to COUNT(OBJ_CLASS_ID) = 10;",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"object in image 5 refers to OBJ_SAMPLE_ID where IMG_ID = 5; coordinates of (634, 468) refer to X and Y coordinates of the bounding box in which X = 634 and Y = 468;",
"images refers to IMG_ID; have at least 25 attributes refers to count(ATT_CLASS_ID) > = 25",
"image numbers that contain the \"paint\" object refer to IMG_ID where OBJ_CLASS = 'paint';",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050"
]
} |
{
"query": "What are the corresponding classes for the \"very large bike\" attribute?",
"pos": [
"attribute refers to ATT_CLASS"
],
"neg": [
"prediction relationship class id refers to PRED_CLASS_ID; tallest image refers to max(H)",
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'",
"attribute class of \"horse\" refers to ATT_CLASS = 'horse'; object class of \"fur\" refers to OBJ_CLASS = 'fur';",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"have at least one object sample in the class of \"man\" refers to count(IMG_ID where OBJ_CLASS = 'man') > = 1",
"pairs of object samples refers to OBJ1_SAMPLE_ID and OBJ2_SAMPLE_ID; image no.1 refers to IMG_ID = 1; relation of \"parked on\" refers to PRED_CLASS = 'parked on'"
]
} |
{
"query": "How many images have an x-coordinate of 5 and y-coordinate of 5?",
"pos": [
"X and Y refer to coordinates of the bounding box where X = 5 and Y = 5; images refer to IMG_ID;"
],
"neg": [
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'",
"images refer to IMG_ID; less than 15 object samples refer to COUNT(OBJ_SAMPLE_ID) < 15;",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"widest relates to the width of the bounding\nbox of the object which refers to MAX(W); object in image 8 refers to OBJ_SAMPLE_ID where IMG_ID = 8;",
"\"picture\" as attribute class refers to ATT_CLASS = 'picture'; \"bear\" as object class refers to OBJ_CLASS = 'bear'; images refer to IMG_ID;",
"coordinates for the object refer to X, Y, W and H coordinates of the bounding box; object class \"pizza\" refers to OBJ_CLASS = 'pizza';",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';"
]
} |
{
"query": "List all the ids of the images that have a self-relation relationship.",
"pos": [
"ids of the images refers to IMG_ID; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID"
],
"neg": [
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6",
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"object class of the image refers to OBJ_CLASS; bounding box of 0, 0, 135, 212 refers to X = 0 AND Y = 0 AND W = 135 AND H = 212",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;"
]
} |
{
"query": "What is the percentage of the object samples in the class of \"man\" in image no.1?",
"pos": [
"object samples refers to OBJ_SAMPLE_ID; class of \"man\" refers to OBJ_CLASS = 'man'; image no.1 refers to IMG_ID = 1; percentage = divide(count(OBJ_SAMPLE_ID)when OBJ_CLASS = 'man', count(OBJ_SAMPLE_ID)) as percentage"
],
"neg": [
"attribute class of \"horse\" refers to ATT_CLASS = 'horse'; object class of \"fur\" refers to OBJ_CLASS = 'fur';",
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"object samples refers to OBJ_CLASS_ID; image no.1 refers to IMG_ID = 1; in the class of \"man\" refers to OBJ_CLASS = 'man'",
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"object elements refers to OBJ_CLASS_ID; average = divide(count(OBJ_CLASS_ID), count(IMG_ID))",
"object in image 5 refers to OBJ_SAMPLE_ID where IMG_ID = 5; coordinates of (634, 468) refer to X and Y coordinates of the bounding box in which X = 634 and Y = 468;",
"images refers to IMG_ID; have at least 5 \"black\" classes refers to count(ATT_CLASS_ID) where ATT_CLASS = 'black' > = 5",
"X and Y refer to coordinates of the bounding box; image ID 23 refers to IMG_ID = 23; 'cast' attribute class refers to ATT_CLASS = 'cast';",
"DIVIDE(COUNT(IMG_ID where OBJ_CLASS = 'man'), COUNT(IMG_ID where OBJ_CLASS = 'person'));"
]
} |
{
"query": "Give the number of images containing the object sample of \"suit\".",
"pos": [
"number of images refers to IMG_ID; object sample of \"suit\" refers to OBJ_CLASS = 'suit'"
],
"neg": [
"relationship refers to PRED_CLASS; object sample no.12 and no.8 of image no.2345511 refers to IMG_ID = 2345511 AND OBJ1_SAMPLE_ID = 12 AND OBJ2_SAMPLE_ID = 8",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'",
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144",
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'",
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7",
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';"
]
} |
{
"query": "What is the prediction relationship class id of the tallest image?",
"pos": [
"prediction relationship class id refers to PRED_CLASS_ID; tallest image refers to max(H)"
],
"neg": [
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524",
"pairs of object samples refers to OBJ1_SAMPLE_ID and OBJ2_SAMPLE_ID; image no.1 refers to IMG_ID = 1; relation of \"parked on\" refers to PRED_CLASS = 'parked on'",
"images refer to IMG_ID; total of 10 attribute classes refers to COUNT(OBJ_CLASS_ID) = 10;",
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"widest relates to the width of the bounding\nbox of the object which refers to MAX(W); object in image 8 refers to OBJ_SAMPLE_ID where IMG_ID = 8;",
"attribute classes of image ID 22 refer to ATT_CLASS where MG_ID = 22;",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"images refers to IMG_ID; have at least 25 attributes refers to count(ATT_CLASS_ID) > = 25",
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'"
]
} |
{
"query": "In the Y coordinate of image ID 12, how many are 0?",
"pos": [
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;"
],
"neg": [
"samples of clouds refer to IMG_ID where OBJ_CLASS = 'cloud'; image no.2315533 refers to IMG_ID = 2315533;",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"attribute class of \"horse\" refers to ATT_CLASS = 'horse'; object class of \"fur\" refers to OBJ_CLASS = 'fur';",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"coordinates for the object refer to X, Y, W and H coordinates of the bounding box; object class \"pizza\" refers to OBJ_CLASS = 'pizza';",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1",
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"predicted relation classes refers to PRED_CLASS; object sample no.14 in image no.1 refers to OBJ1_SAMPLE_ID = 14 AND OBJ2_SAMPLE_ID = 14 and IMG_ID = 1",
"widest relates to the width of the bounding\nbox of the object which refers to MAX(W); object in image 8 refers to OBJ_SAMPLE_ID where IMG_ID = 8;",
"image numbers that contain the \"paint\" object refer to IMG_ID where OBJ_CLASS = 'paint';"
]
} |
{
"query": "How many images have at least one pair of object samples with the relation \"parked on\"?",
"pos": [
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'"
],
"neg": [
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"relationship refers to PRED_CLASS; object sample no.12 and no.8 of image no.2345511 refers to IMG_ID = 2345511 AND OBJ1_SAMPLE_ID = 12 AND OBJ2_SAMPLE_ID = 8",
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;",
"pairs of object samples refers to OBJ1_SAMPLE_ID and OBJ2_SAMPLE_ID; image no.1 refers to IMG_ID = 1; relation of \"parked on\" refers to PRED_CLASS = 'parked on'",
"bounding boxes refers to (x, y, W, H); image 2222 refers to IMG_ID = 2222; object classes are feathers refers to OBJ_CLASS = 'feathers'",
"onion category refers to OBJ_CLASS = 'onion';",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;"
]
} |
{
"query": "How many samples of food object are there in image no.6?",
"pos": [
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6"
],
"neg": [
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"images refer to IMG_ID; less than 15 object samples refer to COUNT(OBJ_SAMPLE_ID) < 15;",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"bounding boxes refers to (x, y, W, H); image 2222 refers to IMG_ID = 2222; object classes are feathers refers to OBJ_CLASS = 'feathers'",
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"coordinates for the object refer to X, Y, W and H coordinates of the bounding box; object class \"pizza\" refers to OBJ_CLASS = 'pizza';"
]
} |
{
"query": "Give the X and Y coordinates of the sample object of image ID 23 that has the 'cast' attribute class.",
"pos": [
"X and Y refer to coordinates of the bounding box; image ID 23 refers to IMG_ID = 23; 'cast' attribute class refers to ATT_CLASS = 'cast';"
],
"neg": [
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"bounding box of the object refers to (X, Y, W, H); sample no.7 on image no.42 refers to IMG_ID = 42 and OBJ_SAMPLE_ID = 7",
"onion category refers to OBJ_CLASS = 'onion';",
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'",
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';",
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"objects that have multiple relations refers to OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID; captions for the prediction class ids are \"on\" refers to PRED_CLASS = 'on'",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1"
]
} |
{
"query": "To which predicted relation class does the self-relation of the object sample in image no.5 belong?",
"pos": [
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5"
],
"neg": [
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"objects that have multiple relations refers to OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID; captions for the prediction class ids are \"on\" refers to PRED_CLASS = 'on'",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1",
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'",
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"predicted relation classes refers to PRED_CLASS; object sample no.14 in image no.1 refers to OBJ1_SAMPLE_ID = 14 AND OBJ2_SAMPLE_ID = 14 and IMG_ID = 1",
"image numbers that contain the \"paint\" object refer to IMG_ID where OBJ_CLASS = 'paint';",
"object samples refers to OBJ_SAMPLE_ID; class of \"man\" refers to OBJ_CLASS = 'man'; image no.1 refers to IMG_ID = 1; percentage = divide(count(OBJ_SAMPLE_ID)when OBJ_CLASS = 'man', count(OBJ_SAMPLE_ID)) as percentage",
"widest relates to the width of the bounding\nbox of the object which refers to MAX(W); object in image 8 refers to OBJ_SAMPLE_ID where IMG_ID = 8;"
]
} |
{
"query": "How many images have \"keyboard\" as their object class?",
"pos": [
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';"
],
"neg": [
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"attribute class of \"horse\" refers to ATT_CLASS = 'horse'; object class of \"fur\" refers to OBJ_CLASS = 'fur';",
"object samples refers to OBJ_CLASS_ID; image no.1 refers to IMG_ID = 1; in the class of \"man\" refers to OBJ_CLASS = 'man'",
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7",
"DIVIDE(COUNT(OBJ_SAMPLE_ID), COUNT(IMG_ID));",
"attribute classes of image ID 22 refer to ATT_CLASS where MG_ID = 22;",
"blue' attribute classes on image ID 2355735 refer to ATT_CLASS = 'blue' where IMG_ID = 2355735;",
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"bounding boxes refers to (x, y, W, H); image 2222 refers to IMG_ID = 2222; object classes are feathers refers to OBJ_CLASS = 'feathers'"
]
} |
{
"query": "Calculate the average number of images with an attribute class of \"keyboard\".",
"pos": [
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';"
],
"neg": [
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"object class of the image refers to OBJ_CLASS; bounding box of 0, 0, 135, 212 refers to X = 0 AND Y = 0 AND W = 135 AND H = 212",
"attribute classes of image ID 22 refer to ATT_CLASS where MG_ID = 22;",
"number of images refers to IMG_ID; object sample of \"suit\" refers to OBJ_CLASS = 'suit'",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6"
]
} |
{
"query": "List all the ID of the images that have an attribute class of \"horse\".",
"pos": [
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';"
],
"neg": [
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"X and Y refer to coordinates of the bounding box where X = 5 and Y = 5; images refer to IMG_ID;",
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'",
"DIVIDE(SUM(OBJ_SAMPLE_ID where OBJ_CLASS = 'airplane'), COUNT(OBJ_CLASS)) as percentage;",
"samples of \"wall\" refers to OBJ_SAMPLE_ID and OBJ_CLASS = 'wall' ; image no.2353079 refers to IMG_ID = 2353079",
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524",
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"object elements refers to OBJ_CLASS_ID; average = divide(count(OBJ_CLASS_ID), count(IMG_ID))"
]
} |
{
"query": "How many images have over 20 object samples?",
"pos": [
"over 20 object samples refers to COUNT(OBJ_SAMPLE_ID) > 20"
],
"neg": [
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"X and Y refer to coordinates of the bounding box where X = 5 and Y = 5; images refer to IMG_ID;",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"object samples refers to OBJ_CLASS_ID; image no.1 refers to IMG_ID = 1; in the class of \"man\" refers to OBJ_CLASS = 'man'",
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'",
"object in image 5 refers to OBJ_SAMPLE_ID where IMG_ID = 5; coordinates of (634, 468) refer to X and Y coordinates of the bounding box in which X = 634 and Y = 468;",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0"
]
} |
{
"query": "Find the object in image 5 where the object with the coordinate of (634, 468).",
"pos": [
"object in image 5 refers to OBJ_SAMPLE_ID where IMG_ID = 5; coordinates of (634, 468) refer to X and Y coordinates of the bounding box in which X = 634 and Y = 468;"
],
"neg": [
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"images refer to IMG_ID; total of 10 attribute classes refers to COUNT(OBJ_CLASS_ID) = 10;",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1",
"bounding box of the object refers to (X, Y, W, H); sample no.7 on image no.42 refers to IMG_ID = 42 and OBJ_SAMPLE_ID = 7",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';"
]
} |
{
"query": "Which object classes belong to the onion category?",
"pos": [
"onion category refers to OBJ_CLASS = 'onion';"
],
"neg": [
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"relation refers to PRED_CLASS; object sample no.8 and object sample no.4 refers to OBJ1_SAMPLE_ID = 8 AND OBJ2_SAMPLE_ID = 4; image no.1 refers to IMG_ID = 1",
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144",
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7",
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'"
]
} |
{
"query": "On image no. 20, identify the attribute ID that is composed of the highest number of objects.",
"pos": [
"image no. 20 refers to IMG_ID = 20; attribute ID refers to ATT_CLASS_ID; highest number of objects refers to max(count(ATT_CLASS_ID))"
],
"neg": [
"object sample ID refers to OBJ_SAMPLE_ID; image ID 17 refers to IMG_ID = 17; coordinates (0,0) refer to X and Y coordinates of the bounding box where X = 0 and Y = 0;",
"have at least one object sample in the class of \"man\" refers to count(IMG_ID where OBJ_CLASS = 'man') > = 1",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144",
"attribute classes refer to ATT_CLASS; (5,5) coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 5;",
"attribute classes of image ID 22 refer to ATT_CLASS where MG_ID = 22;",
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"image no. 99 refers to IMG_ID = 99; described as white refers to ATT_CLASS = 'white'; percentage = divide(count(OBJ_SAMPLE_ID) where ATT_CLASS = 'white', count(OBJ_SAMPLE_ID)) as percentage",
"samples of \"wall\" refers to OBJ_SAMPLE_ID and OBJ_CLASS = 'wall' ; image no.2353079 refers to IMG_ID = 2353079"
]
} |
{
"query": "What is the unique id number identifying the onion object class?",
"pos": [
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'"
],
"neg": [
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144",
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"ids of the images refers to IMG_ID; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"images refer to IMG_ID; total of 10 attribute classes refers to COUNT(OBJ_CLASS_ID) = 10;",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"images refers to IMG_ID; have at least 5 \"black\" classes refers to count(ATT_CLASS_ID) where ATT_CLASS = 'black' > = 5",
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'",
"image no. 20 refers to IMG_ID = 20; attribute ID refers to ATT_CLASS_ID; highest number of objects refers to max(count(ATT_CLASS_ID))",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';"
]
} |
{
"query": "Name number of samples of \"bed\" object are there in the image No.1098?",
"pos": [
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;"
],
"neg": [
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"object sample ID refers to OBJ_SAMPLE_ID; image ID 17 refers to IMG_ID = 17; coordinates (0,0) refer to X and Y coordinates of the bounding box where X = 0 and Y = 0;",
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;",
"object class of the image refers to OBJ_CLASS; bounding box of 0, 0, 135, 212 refers to X = 0 AND Y = 0 AND W = 135 AND H = 212",
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144",
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'",
"images refer to IMG_ID; less than 15 object samples refer to COUNT(OBJ_SAMPLE_ID) < 15;",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';"
]
} |
{
"query": "What is the predicate class of image ID 68?",
"pos": [
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;"
],
"neg": [
"attribute class of \"horse\" refers to ATT_CLASS = 'horse'; object class of \"fur\" refers to OBJ_CLASS = 'fur';",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1",
"images refer to IMG_ID; total of 10 attribute classes refers to COUNT(OBJ_CLASS_ID) = 10;",
"object in image 5 refers to OBJ_SAMPLE_ID where IMG_ID = 5; coordinates of (634, 468) refer to X and Y coordinates of the bounding box in which X = 634 and Y = 468;",
"attribute refers to ATT_CLASS",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"attribute classes refer to ATT_CLASS; (5,5) coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 5;",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3"
]
} |
{
"query": "Which object in image 8 is the widest? State its object sample ID.",
"pos": [
"widest relates to the width of the bounding\nbox of the object which refers to MAX(W); object in image 8 refers to OBJ_SAMPLE_ID where IMG_ID = 8;"
],
"neg": [
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;",
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"images refer to IMG_ID; less than 15 object samples refer to COUNT(OBJ_SAMPLE_ID) < 15;",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6",
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7",
"images refers to IMG_ID; have at least 25 attributes refers to count(ATT_CLASS_ID) > = 25"
]
} |
{
"query": "What is the relationship between \"feathers\" and \"onion\" in image no.2345528?",
"pos": [
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'"
],
"neg": [
"X and Y refer to coordinates of the bounding box where X = 5 and Y = 5; images refer to IMG_ID;",
"attribute refers to ATT_CLASS",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"coordinates for the object refer to X, Y, W and H coordinates of the bounding box; object class \"pizza\" refers to OBJ_CLASS = 'pizza';",
"images refer to IMG_ID; total of 10 attribute classes refers to COUNT(OBJ_CLASS_ID) = 10;",
"pairs of object samples refers to OBJ1_SAMPLE_ID and OBJ2_SAMPLE_ID; image no.1 refers to IMG_ID = 1; relation of \"parked on\" refers to PRED_CLASS = 'parked on'",
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"samples of \"wall\" refers to OBJ_SAMPLE_ID and OBJ_CLASS = 'wall' ; image no.2353079 refers to IMG_ID = 2353079",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1"
]
} |
{
"query": "What are the bounding boxes of the object samples with a predicted relation class of \"by\" in image no.1?",
"pos": [
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1"
],
"neg": [
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"number of images refers to IMG_ID; object sample of \"suit\" refers to OBJ_CLASS = 'suit'",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;",
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"DIVIDE(COUNT(IMG_ID where OBJ_CLASS = 'man'), COUNT(IMG_ID where OBJ_CLASS = 'person'));",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"image no. 99 refers to IMG_ID = 99; described as white refers to ATT_CLASS = 'white'; percentage = divide(count(OBJ_SAMPLE_ID) where ATT_CLASS = 'white', count(OBJ_SAMPLE_ID)) as percentage",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"coordinates for the object refer to X, Y, W and H coordinates of the bounding box; object class \"pizza\" refers to OBJ_CLASS = 'pizza';",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1"
]
} |
{
"query": "How many self-relations are there between the object samples in image no.5?",
"pos": [
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5"
],
"neg": [
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"object elements refers to OBJ_CLASS_ID; average = divide(count(OBJ_CLASS_ID), count(IMG_ID))",
"bounding box of the object refers to (X, Y, W, H); sample no.7 on image no.42 refers to IMG_ID = 42 and OBJ_SAMPLE_ID = 7",
"images refer to IMG_ID; total of 10 attribute classes refers to COUNT(OBJ_CLASS_ID) = 10;",
"samples of \"wall\" refers to OBJ_SAMPLE_ID and OBJ_CLASS = 'wall' ; image no.2353079 refers to IMG_ID = 2353079",
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';"
]
} |
{
"query": "How many images have at least 5 \"black\" classes?",
"pos": [
"images refers to IMG_ID; have at least 5 \"black\" classes refers to count(ATT_CLASS_ID) where ATT_CLASS = 'black' > = 5"
],
"neg": [
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524",
"bounding boxes refers to (x, y, W, H); image 2222 refers to IMG_ID = 2222; object classes are feathers refers to OBJ_CLASS = 'feathers'",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"over 20 object samples refers to COUNT(OBJ_SAMPLE_ID) > 20",
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"object samples refers to OBJ_SAMPLE_ID; class of \"man\" refers to OBJ_CLASS = 'man'; image no.1 refers to IMG_ID = 1; percentage = divide(count(OBJ_SAMPLE_ID)when OBJ_CLASS = 'man', count(OBJ_SAMPLE_ID)) as percentage",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144"
]
} |
{
"query": "List all the attribute classes of the image ID \"15\".",
"pos": [
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;"
],
"neg": [
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144",
"objects that have multiple relations refers to OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID; captions for the prediction class ids are \"on\" refers to PRED_CLASS = 'on'",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;",
"bounding box refers to X, Y, W, H from IMG_OBJ; lowest relates to the height of the bounding box which refers to MIN(H);",
"DIVIDE(COUNT(IMG_ID where OBJ_CLASS = 'man'), COUNT(IMG_ID where OBJ_CLASS = 'person'));",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"relation refers to PRED_CLASS; object sample no.8 and object sample no.4 refers to OBJ1_SAMPLE_ID = 8 AND OBJ2_SAMPLE_ID = 4; image no.1 refers to IMG_ID = 1",
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050"
]
} |
{
"query": "List all the IDs of images that have objects with the attributes of 'wired'.",
"pos": [
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';"
],
"neg": [
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"object samples refers to OBJ_CLASS_ID; image no.1 refers to IMG_ID = 1; in the class of \"man\" refers to OBJ_CLASS = 'man'",
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524",
"samples of \"bed\" object refer to OBJ_SAMPLE_ID where OBJ_CLASS = 'bed'; image No.1098 refers to IMG_ID = 1098;",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"samples of clouds refer to IMG_ID where OBJ_CLASS = 'cloud'; image no.2315533 refers to IMG_ID = 2315533;",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;"
]
} |
{
"query": "Calculate the ratio of the total number of images with an object class of \"man\" and \"person\".",
"pos": [
"DIVIDE(COUNT(IMG_ID where OBJ_CLASS = 'man'), COUNT(IMG_ID where OBJ_CLASS = 'person'));"
],
"neg": [
"onion category refers to OBJ_CLASS = 'onion';",
"DIVIDE(COUNT(OBJ_SAMPLE_ID), COUNT(IMG_ID));",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"samples of clouds refer to IMG_ID where OBJ_CLASS = 'cloud'; image no.2315533 refers to IMG_ID = 2315533;",
"relationship refers to PRED_CLASS; object sample no.12 and no.8 of image no.2345511 refers to IMG_ID = 2345511 AND OBJ1_SAMPLE_ID = 12 AND OBJ2_SAMPLE_ID = 8",
"bounding boxes refers to (x, y, W, H); image 2222 refers to IMG_ID = 2222; object classes are feathers refers to OBJ_CLASS = 'feathers'",
"image numbers that contain the \"paint\" object refer to IMG_ID where OBJ_CLASS = 'paint';"
]
} |
{
"query": "How many images have at least 25 attributes?",
"pos": [
"images refers to IMG_ID; have at least 25 attributes refers to count(ATT_CLASS_ID) > = 25"
],
"neg": [
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'",
"samples of clouds refer to IMG_ID where OBJ_CLASS = 'cloud'; image no.2315533 refers to IMG_ID = 2315533;",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"object class of the image refers to OBJ_CLASS; bounding box of 0, 0, 135, 212 refers to X = 0 AND Y = 0 AND W = 135 AND H = 212",
"prediction relationship class id refers to PRED_CLASS_ID; tallest image refers to max(H)",
"images refers to IMG_ID; have at least 5 \"black\" classes refers to count(ATT_CLASS_ID) where ATT_CLASS = 'black' > = 5",
"image no. 99 refers to IMG_ID = 99; described as white refers to ATT_CLASS = 'white'; percentage = divide(count(OBJ_SAMPLE_ID) where ATT_CLASS = 'white', count(OBJ_SAMPLE_ID)) as percentage",
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;",
"over 20 object samples refers to COUNT(OBJ_SAMPLE_ID) > 20",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5"
]
} |
{
"query": "Calculate the average of object samples for the image.",
"pos": [
"DIVIDE(COUNT(OBJ_SAMPLE_ID), COUNT(IMG_ID));"
],
"neg": [
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"widest relates to the width of the bounding\nbox of the object which refers to MAX(W); object in image 8 refers to OBJ_SAMPLE_ID where IMG_ID = 8;",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"predicate class of image ID 68 refers to PRED_CLASS where IMG_ID = 68;",
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"\"picture\" as attribute class refers to ATT_CLASS = 'picture'; \"bear\" as object class refers to OBJ_CLASS = 'bear'; images refer to IMG_ID;",
"prediction relationship class id refers to PRED_CLASS_ID; tallest image refers to max(H)",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;"
]
} |
{
"query": "How many object elements are there on average in each image?",
"pos": [
"object elements refers to OBJ_CLASS_ID; average = divide(count(OBJ_CLASS_ID), count(IMG_ID))"
],
"neg": [
"widest relates to the width of the bounding\nbox of the object which refers to MAX(W); object in image 8 refers to OBJ_SAMPLE_ID where IMG_ID = 8;",
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';",
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524",
"white objects refers to ATT_CLASS = 'white'; image no.2347915 refers to IMG_ID = 2347915",
"bounding box of the object refers to (X, Y, W, H); sample no.7 on image no.42 refers to IMG_ID = 42 and OBJ_SAMPLE_ID = 7",
"DIVIDE(COUNT(IMG_ID where OBJ_CLASS = 'man'), COUNT(IMG_ID where OBJ_CLASS = 'person'));",
"\"picture\" as attribute class refers to ATT_CLASS = 'picture'; \"bear\" as object class refers to OBJ_CLASS = 'bear'; images refer to IMG_ID;",
"DIVIDE(SUM(OBJ_SAMPLE_ID where OBJ_CLASS = 'airplane'), COUNT(OBJ_CLASS)) as percentage;",
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31"
]
} |
{
"query": "Name the object element that is described as being scattered on image no. 10.",
"pos": [
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10"
],
"neg": [
"coordinates for the object refer to X, Y, W and H coordinates of the bounding box; object class \"pizza\" refers to OBJ_CLASS = 'pizza';",
"object class refers to OBJ_CLASS; sample no.10 refers to OBJ_SAMPLE_ID = 10; image no.2320341 refers to IMG_ID = 2320341",
"have at least one object sample in the class of \"man\" refers to count(IMG_ID where OBJ_CLASS = 'man') > = 1",
"prediction relationship class id refers to PRED_CLASS_ID; tallest image refers to max(H)",
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6",
"bounding boxes refers to (x, y, W, H); image 2222 refers to IMG_ID = 2222; object classes are feathers refers to OBJ_CLASS = 'feathers'",
"DIVIDE(COUNT(IMG_ID where OBJ_CLASS = 'man'), COUNT(IMG_ID where OBJ_CLASS = 'person'));",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"predicted relation classes refers to PRED_CLASS; object sample no.14 in image no.1 refers to OBJ1_SAMPLE_ID = 14 AND OBJ2_SAMPLE_ID = 14 and IMG_ID = 1"
]
} |
{
"query": "What is the percentage of \"surface\" object samples in image No.2654?",
"pos": [
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;"
],
"neg": [
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"coordinates for the object refer to X, Y, W and H coordinates of the bounding box; object class \"pizza\" refers to OBJ_CLASS = 'pizza';",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"image with a bounding (422, 63, 77, 363) refers to OBJ_CLASS_ID where X = 422 and Y = 63 and W = 77 and H = 363;",
"Name the object element refers to OBJ_CLASS; scattered refers to ATT_CLASS = 'scattered'; image no. 10 refers to IMG_ID = 10",
"predicted relation classes refers to PRED_CLASS; object sample no.14 in image no.1 refers to OBJ1_SAMPLE_ID = 14 AND OBJ2_SAMPLE_ID = 14 and IMG_ID = 1",
"white objects refers to ATT_CLASS = 'white'; image no.2347915 refers to IMG_ID = 2347915",
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'",
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"caption for the prediction class id 12 refers to PRED_CLASS where PRED_CLASS_ID = 12;"
]
} |
{
"query": "How many images have at least one object sample in the class of \"man\"?",
"pos": [
"have at least one object sample in the class of \"man\" refers to count(IMG_ID where OBJ_CLASS = 'man') > = 1"
],
"neg": [
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"attribute refers to ATT_CLASS",
"object samples refers to OBJ_SAMPLE_ID; class of \"man\" refers to OBJ_CLASS = 'man'; image no.1 refers to IMG_ID = 1; percentage = divide(count(OBJ_SAMPLE_ID)when OBJ_CLASS = 'man', count(OBJ_SAMPLE_ID)) as percentage",
"relation refers to PRED_CLASS; object sample no.8 and object sample no.4 refers to OBJ1_SAMPLE_ID = 8 AND OBJ2_SAMPLE_ID = 4; image no.1 refers to IMG_ID = 1",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"relationship refers to PRED_CLASS; object sample no.12 and no.8 of image no.2345511 refers to IMG_ID = 2345511 AND OBJ1_SAMPLE_ID = 12 AND OBJ2_SAMPLE_ID = 8",
"attribute classes of image ID 22 refer to ATT_CLASS where MG_ID = 22;",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144"
]
} |
{
"query": "Give the object number of the sample which has the relationship of \"lying on\" with object sample no.1 from image no.2345524.",
"pos": [
"object number of the sample refers to OBJ1_SAMPLE_ID; object sample no.1 from image no.2345524 refers to OBJ2_SAMPLE_ID = 1 and IMG_ID = 2345524"
],
"neg": [
"samples of clouds refer to IMG_ID where OBJ_CLASS = 'cloud'; image no.2315533 refers to IMG_ID = 2315533;",
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'",
"X and Y refer to coordinates of the bounding box; image ID 23 refers to IMG_ID = 23; 'cast' attribute class refers to ATT_CLASS = 'cast';",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1",
"blue' attribute classes on image ID 2355735 refer to ATT_CLASS = 'blue' where IMG_ID = 2355735;",
"dress' object classes refer to OBJ_CLASS = 'dress'; image ID 1764 refers to IMG_ID = 1764; X and Y refer to coordinates of the bounding box;",
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"DIVIDE(SUM(OBJ_CLASS_ID where OBJ_CLASS = 'surface'), COUNT(OBJ_CLASS_ID)) as percentage where IMG_ID = 2654;",
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3"
]
} |
{
"query": "Provide the x-coordinate and y-coordinate of the image with an attribute class of ''horse\" and an object class of \"fur\".",
"pos": [
"attribute class of \"horse\" refers to ATT_CLASS = 'horse'; object class of \"fur\" refers to OBJ_CLASS = 'fur';"
],
"neg": [
"object elements refers to OBJ_CLASS_ID; average = divide(count(OBJ_CLASS_ID), count(IMG_ID))",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1",
"explanations about distinct object classes refers to OBJ_CLASS; images refers to IMG_ID; x and y coordinate of 0 refers to X = 0 AND Y = 0",
"ids of the images refers to IMG_ID; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"attribute refers to ATT_CLASS",
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;",
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7",
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"\"picture\" as attribute class refers to ATT_CLASS = 'picture'; \"bear\" as object class refers to OBJ_CLASS = 'bear'; images refer to IMG_ID;",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';"
]
} |
{
"query": "How many object elements can be detected on image no. 31?",
"pos": [
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31"
],
"neg": [
"white objects refers to ATT_CLASS = 'white'; image no.2347915 refers to IMG_ID = 2347915",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"number of images refers to IMG_ID; object sample of \"suit\" refers to OBJ_CLASS = 'suit'",
"object samples refers to OBJ_SAMPLE_ID; image no.1 refers to IMG_ID = 1",
"image no. 20 refers to IMG_ID = 20; attribute ID refers to ATT_CLASS_ID; highest number of objects refers to max(count(ATT_CLASS_ID))",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"ids of the images refers to IMG_ID; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"bounding boxes of the object samples refers to (x, y, W, H); predicted relation class of \"by\" refers to PRED_CLASS = 'by'; image no.1 refers to IMG_ID = 1",
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;",
"images refers to IMG_ID; have at least 5 \"black\" classes refers to count(ATT_CLASS_ID) where ATT_CLASS = 'black' > = 5"
]
} |
{
"query": "Define the bounding box of the object sample no. 7 on image no. 42.",
"pos": [
"bounding box of the object refers to (X, Y, W, H); sample no.7 on image no.42 refers to IMG_ID = 42 and OBJ_SAMPLE_ID = 7"
],
"neg": [
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"predicted relation class refers to PRED_CLASS; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"attribute refers to ATT_CLASS",
"DIVIDE(COUNT(IMG_ID where OBJ_CLASS = 'man'), COUNT(IMG_ID where OBJ_CLASS = 'person'));",
"ids of the images refers to IMG_ID; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"samples of clouds refer to IMG_ID where OBJ_CLASS = 'cloud'; image no.2315533 refers to IMG_ID = 2315533;",
"classes of all the object samples refers to OBJ_CLASS; image no.1 refers to IMG_ID = 1",
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;",
"relationship refers to PRED_CLASS; \"feathers\" and \"onion\" in image no.2345528 refers to IMG_ID = 2345528 and OBJ_CLASS = 'feathers' and OBJ_CLASS = 'onion'"
]
} |
{
"query": "Please list all the predicted relation classes of object sample no.14 in image no.1.",
"pos": [
"predicted relation classes refers to PRED_CLASS; object sample no.14 in image no.1 refers to OBJ1_SAMPLE_ID = 14 AND OBJ2_SAMPLE_ID = 14 and IMG_ID = 1"
],
"neg": [
"images refers to IMG_ID; have at least 5 \"black\" classes refers to count(ATT_CLASS_ID) where ATT_CLASS = 'black' > = 5",
"images refer to IMG_ID; less than 15 object samples refer to COUNT(OBJ_SAMPLE_ID) < 15;",
"ids of the images refers to IMG_ID; self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"object elements refers to OBJ_CLASS_ID; average = divide(count(OBJ_CLASS_ID), count(IMG_ID))",
"DIVIDE(COUNT(OBJ_SAMPLE_ID), COUNT(IMG_ID));",
"have at least one object sample in the class of \"man\" refers to count(IMG_ID where OBJ_CLASS = 'man') > = 1",
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"object sample ID refers to OBJ_SAMPLE_ID; image ID 17 refers to IMG_ID = 17; coordinates (0,0) refer to X and Y coordinates of the bounding box where X = 0 and Y = 0;",
"attributes of polka dot refer to ATT_CLASS = 'polka dot'; images refer to IMG_ID;",
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050"
]
} |
{
"query": "What is the bounding box of the object sample in image no.5 that has a self-relation?",
"pos": [
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID"
],
"neg": [
"attribute classes of image ID 22 refer to ATT_CLASS where MG_ID = 22;",
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"number of images refers to IMG_ID; object sample of \"suit\" refers to OBJ_CLASS = 'suit'",
"images refers to IMG_ID; have at least 25 attributes refers to count(ATT_CLASS_ID) > = 25",
"bounding box of the object refers to (x, y, W, H); image id refers to IMG_ID; prediction relationship class id of 144 refers to PRED_CLASS_ID = 144",
"colour refers to ATT_CLASS; van refers to OBJ_CLASS = 'van'; image no. 1 refers to IMG_ID = 1",
"How many attributes refers to ATT_CLASS_ID; object sample no. 7 on image no. 4 refers to IMG_ID = 4 and OBJ_SAMPLE_ID = 7",
"How many object elements refers to OBJ_CLASS_ID; image no. 31 refers to IMG_ID = 31",
"classes for attributes refers to ATT_CLASS; image id 8 refers to IMG_ID = 8",
"\"picture\" as attribute class refers to ATT_CLASS = 'picture'; \"bear\" as object class refers to OBJ_CLASS = 'bear'; images refer to IMG_ID;"
]
} |
{
"query": "How many 'blue' attribute classes are there on image ID 2355735?",
"pos": [
"blue' attribute classes on image ID 2355735 refer to ATT_CLASS = 'blue' where IMG_ID = 2355735;"
],
"neg": [
"attribute refers to ATT_CLASS",
"image no. 99 refers to IMG_ID = 99; described as white refers to ATT_CLASS = 'white'; percentage = divide(count(OBJ_SAMPLE_ID) where ATT_CLASS = 'white', count(OBJ_SAMPLE_ID)) as percentage",
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"object elements refers to OBJ_CLASS_ID; average = divide(count(OBJ_CLASS_ID), count(IMG_ID))",
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"objects that have multiple relations refers to OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID; captions for the prediction class ids are \"on\" refers to PRED_CLASS = 'on'",
"AVG(IMG_ID) where OBJ_CLASS = 'keyboard';",
"DIVIDE(SUM(OBJ_SAMPLE_ID where OBJ_CLASS = 'airplane'), COUNT(OBJ_CLASS)) as percentage;",
"DIVIDE(COUNT(OBJ_SAMPLE_ID), COUNT(IMG_ID));"
]
} |
{
"query": "What is the relation between object sample no.8 and object sample no.4 in image no.1?",
"pos": [
"relation refers to PRED_CLASS; object sample no.8 and object sample no.4 refers to OBJ1_SAMPLE_ID = 8 AND OBJ2_SAMPLE_ID = 4; image no.1 refers to IMG_ID = 1"
],
"neg": [
"images refer to IMG_ID; \"vegetables\" and \"fruits\" as object classes refer to OBJ_CLASS = 'vegetables' and OBJ_CLASS = 'fruits';",
"\"picture\" as attribute class refers to ATT_CLASS = 'picture'; \"bear\" as object class refers to OBJ_CLASS = 'bear'; images refer to IMG_ID;",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"unique id number identifying refers to OBJ_CLASS_ID; onion object class refers to OBJ_CLASS = 'onion'",
"ID of all images refer to IMG_ID; attribute class of \"horse\" refers to ATT_CLASS = 'horse';",
"over 20 object samples refers to COUNT(OBJ_SAMPLE_ID) > 20",
"bounding box of the object sample refers to (x, y, W, H); image no.5 refers to IMG_ID = 5; has a self-relation refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"prediction classes with \"has\" captions refers to PRED_CLASS = 'has'; image id 3050 refers to IMG_ID = 3050",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5"
]
} |
{
"query": "What is the object class of the image with a bounding box of 0, 0, 135, 212?",
"pos": [
"object class of the image refers to OBJ_CLASS; bounding box of 0, 0, 135, 212 refers to X = 0 AND Y = 0 AND W = 135 AND H = 212"
],
"neg": [
"attribute classes of the image ID \"15\" refer to ATT_CLASS where IMG_ID = 15;",
"self-relations refers to OBJ1_SAMPLE_ID = OBJ2_SAMPLE_ID; image no.5 refers to IMG_ID = 5",
"images refer to IMG_ID; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard';",
"bounding boxes refers to (x, y, W, H); image 2222 refers to IMG_ID = 2222; object classes are feathers refers to OBJ_CLASS = 'feathers'",
"The bounding box's W and H abbreviations stand for the object's width and height respectively; \"keyboard\" as object class refers to OBJ_CLASS = 'keyboard'; (5, 647) as coordinate refers to X and Y coordinates of the bounding box where X = 5 and Y = 647;",
"Y coordinate many are 0 refers to Y coordinates of the bounding box where Y = 0; image ID 12 refers to IMG_ID = 12;",
"\"picture\" as attribute class refers to ATT_CLASS = 'picture'; \"bear\" as object class refers to OBJ_CLASS = 'bear'; images refer to IMG_ID;",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';",
"dimensions of the bounding box refers to (W, H); keyboard refers to OBJ_CLASS = 'keyboard'; image no. 3 refers to IMG_ID = 3",
"samples of food object refers to OBJ_CLASS = 'food'; image no.6 refers to IMG_ID = 6"
]
} |
{
"query": "How many 'has' predicate classes does image ID 107 have?",
"pos": [
"has' predicate classes refers to PRED_CLASS = 'has'; image ID 107 refers to IMG_ID = 107;"
],
"neg": [
"prediction relationship class id refers to PRED_CLASS_ID; tallest image refers to max(H)",
"object has the highest attribute classes refers to OBJ_SAMPLE_ID where MAX(COUNT(OBJ_SAMPLE_ID));",
"DIVIDE(COUNT(OBJ_SAMPLE_ID), COUNT(IMG_ID));",
"blue' attribute classes on image ID 2355735 refer to ATT_CLASS = 'blue' where IMG_ID = 2355735;",
"images have more than 20 object samples refer to IMG_ID where COUNT(OBJ_SAMPLE_ID) > 20;",
"ID of all images refer to IMG_ID; if two objects (OBJ1_SAMPLE_ID,\nOBJ2_SAMPLE_ID) has\nmultiple PRED_CLASS_ID, it\nmeans these two objects\nhave multiple relations;",
"How many images have at least one pair of object samples with the relation \"parked on\" refers to count(IMG_ID) where OBJ1_SAMPLE_ID ! = OBJ2_SAMPLE_ID and PRED_CLASS = 'parked on'",
"relation refers to PRED_CLASS; object sample no.8 and object sample no.4 refers to OBJ1_SAMPLE_ID = 8 AND OBJ2_SAMPLE_ID = 4; image no.1 refers to IMG_ID = 1",
"samples of \"wall\" refers to OBJ_SAMPLE_ID and OBJ_CLASS = 'wall' ; image no.2353079 refers to IMG_ID = 2353079",
"IDs of images refer to IMG_ID; objects with the attributes of 'wired' refer to ATT_CLASS = 'wired';"
]
} |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.