{ "schemaVersion": "blobfish.typed-decision-bench-task.v1", "version": "0.3.0", "task": "bfcl-tool-dispatch", "family": "real-time-and-agents", "use_case": "agent-routing-and-skill-selection", "vertical": "software-engineering", "dataset": "minpeter/bfcl-v1-non-live-ast-parsed", "licence": "Apache-2.0", "provenance": "expert", "state_kind": "record", "primitive": "choice", "items": 200, "scores": { "decider-2b": { "decisionScore": 92.13, "accuracy": 0.89, "answered": 200, "items": 200 }, "Jev": { "decisionScore": 97.56, "accuracy": 0.97, "answered": 200, "items": 200 }, "JevFish": { "decisionScore": 95.71, "accuracy": 0.95, "answered": 200, "items": 200 }, "NanoJev": { "decisionScore": 61.03, "accuracy": 0.4541, "answered": 196, "items": 200 }, "OpenJev": { "decisionScore": 96.45, "accuracy": 0.96, "answered": 200, "items": 200 }, "System One Scorer": { "decisionScore": 83.18, "accuracy": 0.79, "answered": 200, "items": 200 } }, "samples": [ { "id": "real-time-and-agents:bfcl-11", "state": { "request": "Calculate the roots of a quadratic equation with coefficients 5, 20, and -25", "tools": [ { "key": "math_roots_cubic", "description": "Calculate the roots of a cubic equation.", "required": [ "a", "b", "c", "d" ] }, { "key": "math_triangle_area_base_height", "description": "Calculates the area of a triangle using the formula (1/2)base*height.", "required": [ "base", "height" ] }, { "key": "math_gcd", "description": "Calculates the greatest common divisor of two numbers.", "required": [ "num1", "num2" ] }, { "key": "math_power", "description": "Calculate the power of one number raised to another.", "required": [ "base", "exponent" ] }, { "key": "math_lcm", "description": "Calculates the least common multiple of two numbers.", "required": [ "num1", "num2" ] }, { "key": "math_roots_quadratic", "description": "Calculate the roots of a quadratic equation.", "required": [ "a", "b", "c" ] }, { "key": "math_roots_polynomial", "description": "Calculate the roots of a polynomial equation.", "required": [ "coefficients" ] } ] }, "state_tokens": 221, "tier": "common", "primary": "tool", "questions": [ { "id": "tool", "type": "choice", "instructions": "Which entry of `tools` should be invoked to satisfy `request`? Use each tool's description and required parameters; if none of them can do it, choose none_of_these.", "options": [ [ "math_roots_cubic", "Calculate the roots of a cubic equation." ], [ "math_triangle_area_base_height", "Calculates the area of a triangle using the formula (1/2)base*height." ], [ "math_gcd", "Calculates the greatest common divisor of two numbers." ], [ "math_power", "Calculate the power of one number raised to another." ], [ "math_lcm", "Calculates the least common multiple of two numbers." ], [ "math_roots_quadratic", "Calculate the roots of a quadratic equation." ], [ "math_roots_polynomial", "Calculate the roots of a polynomial equation." ], [ "none_of_these", "No offered tool can satisfy the request; do not call any of them." ] ], "graded": true, "expected": "math_roots_quadratic", "responses": { "decider-2b": { "answered": true, "pick": "math_roots_quadratic", "correct": true, "probabilities": { "math_roots_quadratic": 0.9692, "math_roots_polynomial": 0.0197, "none_of_these": 0.0083, "math_lcm": 0.0007, "math_roots_cubic": 0.0006, "math_triangle_area_base_height": 0.0006 }, "probability_of_expected": 0.9692, "proper_score": 0.9993 }, "Jev": { "answered": true, "pick": "math_roots_quadratic", "correct": true, "probabilities": { "math_roots_quadratic": 1.0, "math_roots_polynomial": 0.0, "none_of_these": 0.0, "math_gcd": 0.0, "math_power": 0.0, "math_triangle_area_base_height": 0.0 }, "probability_of_expected": 1.0, "proper_score": 1.0 }, "JevFish": { "answered": true, "pick": "math_roots_quadratic", "correct": true, "probabilities": { "math_roots_quadratic": 0.9968, "none_of_these": 0.0014, "math_roots_polynomial": 0.0009, "math_roots_cubic": 0.0003, "math_gcd": 0.0003, "math_power": 0.0001 }, "probability_of_expected": 0.9968, "proper_score": 1.0 }, "NanoJev": { "answered": true, "pick": "math_roots_quadratic", "correct": true, "probabilities": { "math_roots_quadratic": 0.2864, "math_roots_cubic": 0.2162, "math_lcm": 0.1369, "math_triangle_area_base_height": 0.1276, "math_gcd": 0.0946, "math_roots_polynomial": 0.0571 }, "probability_of_expected": 0.2864, "proper_score": 0.6967 }, "OpenJev": { "answered": true, "pick": "math_roots_quadratic", "correct": true, "probabilities": { "math_roots_quadratic": 0.9999, "math_roots_cubic": 0.0001, "math_triangle_area_base_height": 0.0, "math_power": 0.0, "math_roots_polynomial": 0.0, "none_of_these": 0.0 }, "probability_of_expected": 0.9999, "proper_score": 1.0 }, "System One Scorer": { "answered": true, "pick": "math_roots_quadratic", "correct": true, "probabilities": { "math_roots_quadratic": 0.4307, "none_of_these": 0.4307, "math_roots_polynomial": 0.0906, "math_roots_cubic": 0.0324, "math_triangle_area_base_height": 0.0049, "math_power": 0.004 }, "probability_of_expected": 0.4307, "proper_score": 0.7405, "truncated": true } } } ], "latency_ms": { "decider-2b": 2718.2, "Jev": 226.6, "JevFish": 1480.2, "NanoJev": 1127.0, "OpenJev": 371.0, "System One Scorer": 4868.5 } }, { "id": "real-time-and-agents:bfcl-122-withdrawn", "state": { "request": "Run a linear regression model with predictor variables 'Age', 'Income' and 'Education' and a target variable 'Purchase_Amount'. Also apply standardization.", "tools": [ { "key": "air_quality_forecast", "description": "Retrieve an air quality forecast for a specific location and time frame.", "required": [ "location", "days" ] }, { "key": "cooking_conversion_convert", "description": "Convert cooking measurements from one unit to another.", "required": [ "quantity", "from_unit", "to_unit", "item" ] }, { "key": "electromagnetic_force", "description": "Calculate the electromagnetic force between two charges placed at a certain distance.", "required": [ "charge1", "charge2", "distance" ] }, { "key": "find_recipe", "description": "Locate a recipe based on name and its calorie content", "required": [ "recipeName" ] }, { "key": "travel_itinerary_generator", "description": "Generate a travel itinerary based on specific destination, duration and daily budget, …", "required": [ "destination", "days", "daily_budget" ] }, { "key": "european_history_get_monarchs", "description": "Provides a list of monarchs based on the specified country and century.", "required": [ "country", "century" ] }, { "key": "mutation_type_find", "description": "Finds the type of a genetic mutation based on its SNP (Single Nucleotide Polymorphism) ID.", "required": [ "snp_id" ] } ] }, "state_tokens": 261, "tier": "common", "primary": "tool", "questions": [ { "id": "tool", "type": "choice", "instructions": "Which entry of `tools` should be invoked to satisfy `request`? Use each tool's description and required parameters; if none of them can do it, choose none_of_these.", "options": [ [ "air_quality_forecast", "Retrieve an air quality forecast for a specific location and time frame." ], [ "cooking_conversion_convert", "Convert cooking measurements from one unit to another." ], [ "electromagnetic_force", "Calculate the electromagnetic force between two charges placed at a certain distance." ], [ "find_recipe", "Locate a recipe based on name and its calorie content" ], [ "travel_itinerary_generator", "Generate a travel itinerary based on specific destination, duration and daily budget, …" ], [ "european_history_get_monarchs", "Provides a list of monarchs based on the specified country and century." ], [ "mutation_type_find", "Finds the type of a genetic mutation based on its SNP (Single Nucleotide Polymorphism) ID." ], [ "none_of_these", "No offered tool can satisfy the request; do not call any of them." ] ], "graded": true, "expected": "none_of_these", "responses": { "decider-2b": { "answered": true, "pick": "none_of_these", "correct": true, "probabilities": { "none_of_these": 0.9939, "travel_itinerary_generator": 0.0016, "find_recipe": 0.0011, "electromagnetic_force": 0.0009, "cooking_conversion_convert": 0.0008, "mutation_type_find": 0.0007 }, "probability_of_expected": 0.9939, "proper_score": 1.0 }, "Jev": { "answered": true, "pick": "none_of_these", "correct": true, "probabilities": { "none_of_these": 1.0, "air_quality_forecast": 0.0, "travel_itinerary_generator": 0.0, "european_history_get_monarchs": 0.0, "mutation_type_find": 0.0, "find_recipe": 0.0 }, "probability_of_expected": 1.0, "proper_score": 1.0 }, "JevFish": { "answered": true, "pick": "none_of_these", "correct": true, "probabilities": { "none_of_these": 0.9968, "travel_itinerary_generator": 0.0012, "air_quality_forecast": 0.0008, "cooking_conversion_convert": 0.0003, "mutation_type_find": 0.0003, "find_recipe": 0.0002 }, "probability_of_expected": 0.9968, "proper_score": 1.0 }, "NanoJev": { "answered": true, "pick": "air_quality_forecast", "correct": false, "probabilities": { "air_quality_forecast": 0.5738, "travel_itinerary_generator": 0.1827, "find_recipe": 0.082, "mutation_type_find": 0.0438, "european_history_get_monarchs": 0.0407, "electromagnetic_force": 0.0306, "none_of_these": 0.0304 }, "probability_of_expected": 0.0304, "proper_score": 0.3428 }, "OpenJev": { "answered": true, "pick": "none_of_these", "correct": true, "probabilities": { "none_of_these": 0.9999, "cooking_conversion_convert": 0.0, "air_quality_forecast": 0.0, "mutation_type_find": 0.0, "european_history_get_monarchs": 0.0, "find_recipe": 0.0 }, "probability_of_expected": 0.9999, "proper_score": 1.0 }, "System One Scorer": { "answered": true, "pick": "none_of_these", "correct": true, "probabilities": { "none_of_these": 0.9842, "travel_itinerary_generator": 0.0053, "european_history_get_monarchs": 0.0035, "find_recipe": 0.0021, "mutation_type_find": 0.0016, "air_quality_forecast": 0.0015 }, "probability_of_expected": 0.9842, "proper_score": 0.9999, "truncated": true } } } ], "latency_ms": { "decider-2b": 2689.5, "Jev": 174.7, "JevFish": 1508.6, "NanoJev": 1009.4, "OpenJev": 331.8, "System One Scorer": 4826.9 } }, { "id": "real-time-and-agents:bfcl-126", "state": { "request": "Find the statistical significance between two set of variables, dataset_A with the values 12, 24, 36 and dataset_B with the values 15, 30, 45.", "tools": [ { "key": "perform_string_reverse", "description": "Reverses a given string.", "required": [ "input_string" ] }, { "key": "geometry_area_triangle", "description": "Calculate the area of a triangle.", "required": [ "base", "height" ] }, { "key": "event_finder_find_upcoming", "description": "Find upcoming events of a specific genre in a given location.", "required": [ "location", "genre" ] }, { "key": "calculate_compound_interest", "description": "Calculates the compound interest of an investment over a given time period.", "required": [ "principle", "interest_rate", "time" ] }, { "key": "t_test", "description": "Perform a statistical t-test to check if the means of two independent datasets are …", "required": [ "dataset_A", "dataset_B" ] }, { "key": "unit_conversion", "description": "Convert a value from one unit to another.", "required": [ "value", "from_unit", "to_unit" ] }, { "key": "solve_quadratic", "description": "Find the roots of a quadratic equation. Returns both roots.", "required": [ "a", "b", "c" ] } ] }, "state_tokens": 244, "tier": "common", "primary": "tool", "questions": [ { "id": "tool", "type": "choice", "instructions": "Which entry of `tools` should be invoked to satisfy `request`? Use each tool's description and required parameters; if none of them can do it, choose none_of_these.", "options": [ [ "perform_string_reverse", "Reverses a given string." ], [ "geometry_area_triangle", "Calculate the area of a triangle." ], [ "event_finder_find_upcoming", "Find upcoming events of a specific genre in a given location." ], [ "calculate_compound_interest", "Calculates the compound interest of an investment over a given time period." ], [ "t_test", "Perform a statistical t-test to check if the means of two independent datasets are …" ], [ "unit_conversion", "Convert a value from one unit to another." ], [ "solve_quadratic", "Find the roots of a quadratic equation. Returns both roots." ], [ "none_of_these", "No offered tool can satisfy the request; do not call any of them." ] ], "graded": true, "expected": "t_test", "responses": { "decider-2b": { "answered": true, "pick": "t_test", "correct": true, "probabilities": { "t_test": 0.9568, "none_of_these": 0.0401, "unit_conversion": 0.001, "solve_quadratic": 0.0008, "event_finder_find_upcoming": 0.0005, "geometry_area_triangle": 0.0004 }, "probability_of_expected": 0.9568, "proper_score": 0.9983 }, "Jev": { "answered": true, "pick": "t_test", "correct": true, "probabilities": { "t_test": 1.0, "none_of_these": 0.0, "event_finder_find_upcoming": 0.0, "perform_string_reverse": 0.0, "unit_conversion": 0.0, "geometry_area_triangle": 0.0 }, "probability_of_expected": 1.0, "proper_score": 1.0 }, "JevFish": { "answered": true, "pick": "t_test", "correct": true, "probabilities": { "t_test": 0.9981, "none_of_these": 0.0011, "unit_conversion": 0.0002, "calculate_compound_interest": 0.0002, "perform_string_reverse": 0.0001, "solve_quadratic": 0.0001 }, "probability_of_expected": 0.9981, "proper_score": 1.0 }, "NanoJev": { "answered": true, "pick": "t_test", "correct": true, "probabilities": { "t_test": 0.3471, "perform_string_reverse": 0.1457, "solve_quadratic": 0.1315, "event_finder_find_upcoming": 0.1209, "calculate_compound_interest": 0.0898, "unit_conversion": 0.0878 }, "probability_of_expected": 0.3471, "proper_score": 0.7509 }, "OpenJev": { "answered": true, "pick": "t_test", "correct": true, "probabilities": { "t_test": 0.9999, "calculate_compound_interest": 0.0, "solve_quadratic": 0.0, "perform_string_reverse": 0.0, "geometry_area_triangle": 0.0, "unit_conversion": 0.0 }, "probability_of_expected": 0.9999, "proper_score": 1.0 }, "System One Scorer": { "answered": true, "pick": "t_test", "correct": true, "probabilities": { "t_test": 0.7662, "none_of_these": 0.2138, "solve_quadratic": 0.0102, "unit_conversion": 0.0024, "event_finder_find_upcoming": 0.0021, "perform_string_reverse": 0.0019 }, "probability_of_expected": 0.7662, "proper_score": 0.9498, "truncated": true } } } ], "latency_ms": { "decider-2b": 2766.0, "Jev": 195.3, "JevFish": 1522.8, "NanoJev": 994.3, "OpenJev": 328.8, "System One Scorer": 4834.5 } }, { "id": "real-time-and-agents:bfcl-164", "state": { "request": "What's the retail price of a Fender American Professional II Stratocaster in Rosewood Finish?", "tools": [ { "key": "hotel_room_pricing_get", "description": "Get pricing for a specific type of hotel room for specified number of nights.", "required": [ "hotelName", "roomType", "nights" ] }, { "key": "calculate_npv", "description": "Calculate the NPV (Net Present Value) of an investment, considering a series of future …", "required": [ "cash_flows", "discount_rate" ] }, { "key": "legal_case_fetch", "description": "Fetch detailed legal case information from database.", "required": [ "case_id", "details" ] }, { "key": "linear_regression", "description": "Applies linear regression to a given set of independent variables to make a prediction.", "required": [ "independent_var", "dependent_var" ] }, { "key": "get_stock_price", "description": "Get the closing stock price for a specific company on a specified date.", "required": [ "company_name", "date" ] }, { "key": "instrument_price_get", "description": "Retrieve the current retail price of a specific musical instrument.", "required": [ "brand", "model", "finish" ] }, { "key": "grocery_store_find_nearby", "description": "Locate nearby grocery stores based on specific criteria like organic fruits and …", "required": [ "location" ] } ] }, "state_tokens": 247, "tier": "common", "primary": "tool", "questions": [ { "id": "tool", "type": "choice", "instructions": "Which entry of `tools` should be invoked to satisfy `request`? Use each tool's description and required parameters; if none of them can do it, choose none_of_these.", "options": [ [ "hotel_room_pricing_get", "Get pricing for a specific type of hotel room for specified number of nights." ], [ "calculate_npv", "Calculate the NPV (Net Present Value) of an investment, considering a series of future …" ], [ "legal_case_fetch", "Fetch detailed legal case information from database." ], [ "linear_regression", "Applies linear regression to a given set of independent variables to make a prediction." ], [ "get_stock_price", "Get the closing stock price for a specific company on a specified date." ], [ "instrument_price_get", "Retrieve the current retail price of a specific musical instrument." ], [ "grocery_store_find_nearby", "Locate nearby grocery stores based on specific criteria like organic fruits and …" ], [ "none_of_these", "No offered tool can satisfy the request; do not call any of them." ] ], "graded": true, "expected": "instrument_price_get", "responses": { "decider-2b": { "answered": true, "pick": "instrument_price_get", "correct": true, "probabilities": { "instrument_price_get": 0.9854, "none_of_these": 0.0137, "calculate_npv": 0.0002, "legal_case_fetch": 0.0002, "get_stock_price": 0.0002, "hotel_room_pricing_get": 0.0001 }, "probability_of_expected": 0.9854, "proper_score": 0.9998 }, "Jev": { "answered": true, "pick": "instrument_price_get", "correct": true, "probabilities": { "instrument_price_get": 1.0, "calculate_npv": 0.0, "get_stock_price": 0.0, "none_of_these": 0.0, "legal_case_fetch": 0.0, "hotel_room_pricing_get": 0.0 }, "probability_of_expected": 1.0, "proper_score": 1.0 }, "JevFish": { "answered": true, "pick": "instrument_price_get", "correct": true, "probabilities": { "instrument_price_get": 0.9994, "none_of_these": 0.0003, "hotel_room_pricing_get": 0.0001, "calculate_npv": 0.0001, "grocery_store_find_nearby": 0.0001, "get_stock_price": 0.0 }, "probability_of_expected": 0.9994, "proper_score": 1.0 }, "NanoJev": { "answered": true, "pick": "hotel_room_pricing_get", "correct": false, "probabilities": { "hotel_room_pricing_get": 0.6484, "instrument_price_get": 0.1333, "calculate_npv": 0.1237, "get_stock_price": 0.0362, "linear_regression": 0.024, "legal_case_fetch": 0.016 }, "probability_of_expected": 0.1333, "proper_score": 0.4054 }, "OpenJev": { "answered": true, "pick": "instrument_price_get", "correct": true, "probabilities": { "instrument_price_get": 0.9987, "hotel_room_pricing_get": 0.0012, "none_of_these": 0.0, "calculate_npv": 0.0, "linear_regression": 0.0, "grocery_store_find_nearby": 0.0 }, "probability_of_expected": 0.9987, "proper_score": 1.0 }, "System One Scorer": { "answered": true, "pick": "none_of_these", "correct": false, "probabilities": { "none_of_these": 0.9589, "instrument_price_get": 0.0122, "grocery_store_find_nearby": 0.0089, "get_stock_price": 0.0074, "calculate_npv": 0.0045, "linear_regression": 0.0035 }, "probability_of_expected": 0.0122, "proper_score": 0.0523, "truncated": true } } } ], "latency_ms": { "decider-2b": 2909.3, "Jev": 166.9, "JevFish": 1445.1, "NanoJev": 1146.4, "OpenJev": 412.4, "System One Scorer": 4859.5 } }, { "id": "real-time-and-agents:bfcl-69", "state": { "request": "Determine my personality type based on the five factor model with given information: I'm talkative, gets nervous easily, has few artistic interests, tend to be lazy and has a forgiving nature.", "tools": [ { "key": "shuffle_card_probability", "description": "Calculate the probability of a specific card appearing from a shuffled deck.", "required": [ "desired_card" ] }, { "key": "calc_simple_interest", "description": "Compute simple interest.", "required": [ "principle_amount", "duration", "annual_rate" ] }, { "key": "detailed_weather_forecast", "description": "Retrieve a detailed weather forecast for a specific location and duration including …", "required": [ "location", "duration" ] }, { "key": "species_distribution_modeling_project_range_shift", "description": "Predict the potential future geographic distribution of a species under a specified …", "required": [ "species", "climate_scenario" ] }, { "key": "five_factor_model_analyse", "description": "Analyse personality based on the five-factor model, also known as the Big Five, which …", "required": [ "talkative", "nervous", "artistic_interests", "lazy", "forgiving" ] }, { "key": "finance_loan_repayment", "description": "Calculates the monthly repayment for a loan.", "required": [ "loan_amount", "interest_rate", "loan_term" ] }, { "key": "mbti_analyse", "description": "Analyse personality based on the Myers-Briggs Type Indicator (MBTI) which sorts for …", "required": [ "thinking_vs_feeling", "introverted_vs_extroverted", "judging_vs_perceiving", "sensing_vs_intuition" ] } ] }, "state_tokens": 299, "tier": "common", "primary": "tool", "questions": [ { "id": "tool", "type": "choice", "instructions": "Which entry of `tools` should be invoked to satisfy `request`? Use each tool's description and required parameters; if none of them can do it, choose none_of_these.", "options": [ [ "shuffle_card_probability", "Calculate the probability of a specific card appearing from a shuffled deck." ], [ "calc_simple_interest", "Compute simple interest." ], [ "detailed_weather_forecast", "Retrieve a detailed weather forecast for a specific location and duration including …" ], [ "species_distribution_modeling_project_range_shift", "Predict the potential future geographic distribution of a species under a specified …" ], [ "five_factor_model_analyse", "Analyse personality based on the five-factor model, also known as the Big Five, which …" ], [ "finance_loan_repayment", "Calculates the monthly repayment for a loan." ], [ "mbti_analyse", "Analyse personality based on the Myers-Briggs Type Indicator (MBTI) which sorts for …" ], [ "none_of_these", "No offered tool can satisfy the request; do not call any of them." ] ], "graded": true, "expected": "five_factor_model_analyse", "responses": { "decider-2b": { "answered": true, "pick": "five_factor_model_analyse", "correct": true, "probabilities": { "five_factor_model_analyse": 0.976, "none_of_these": 0.0209, "mbti_analyse": 0.0018, "finance_loan_repayment": 0.0004, "detailed_weather_forecast": 0.0003, "shuffle_card_probability": 0.0002 }, "probability_of_expected": 0.976, "proper_score": 0.9995 }, "Jev": { "answered": true, "pick": "five_factor_model_analyse", "correct": true, "probabilities": { "five_factor_model_analyse": 1.0, "none_of_these": 0.0, "species_distribution_modeling_project_range_shift": 0.0, "calc_simple_interest": 0.0, "detailed_weather_forecast": 0.0, "finance_loan_repayment": 0.0 }, "probability_of_expected": 1.0, "proper_score": 1.0 }, "JevFish": { "answered": true, "pick": "five_factor_model_analyse", "correct": true, "probabilities": { "five_factor_model_analyse": 0.9906, "none_of_these": 0.007, "mbti_analyse": 0.0012, "species_distribution_modeling_project_range_shift": 0.0006, "shuffle_card_probability": 0.0002, "calc_simple_interest": 0.0002 }, "probability_of_expected": 0.9906, "proper_score": 0.9999 }, "NanoJev": { "answered": false }, "OpenJev": { "answered": true, "pick": "five_factor_model_analyse", "correct": true, "probabilities": { "five_factor_model_analyse": 0.9996, "finance_loan_repayment": 0.0003, "species_distribution_modeling_project_range_shift": 0.0, "mbti_analyse": 0.0, "shuffle_card_probability": 0.0, "none_of_these": 0.0 }, "probability_of_expected": 0.9996, "proper_score": 1.0 }, "System One Scorer": { "answered": true, "pick": "five_factor_model_analyse", "correct": true, "probabilities": { "five_factor_model_analyse": 0.6915, "none_of_these": 0.2619, "mbti_analyse": 0.0242, "detailed_weather_forecast": 0.0084, "species_distribution_modeling_project_range_shift": 0.0053, "calc_simple_interest": 0.0035 }, "probability_of_expected": 0.6915, "proper_score": 0.9177, "truncated": true } } } ], "latency_ms": { "decider-2b": 2918.1, "Jev": 150.8, "JevFish": 1394.0, "NanoJev": null, "OpenJev": 345.2, "System One Scorer": 4860.2 } }, { "id": "real-time-and-agents:bfcl-72", "state": { "request": "What was the population of California in 1970?", "tools": [ { "key": "gettopgoalscorers", "description": "Returns the top goal scorers for a specific competition and team", "required": [ "competition", "team", "number" ] }, { "key": "us_president_in_year", "description": "Retrieve the name of the U.S. president in a given year.", "required": [ "year" ] }, { "key": "geodistance_find", "description": "Find the distance between two cities on the globe.", "required": [ "origin", "destination" ] }, { "key": "us_economy_gdp_by_state_year", "description": "Retrieve historical GDP data for a specific U.S. state and year.", "required": [ "state", "year" ] }, { "key": "us_history_get_president", "description": "Retrieve the U.S. president during a specific event in American history.", "required": [ "event", "year" ] }, { "key": "gettopassists", "description": "Returns the top assist makers for a specific competition and team", "required": [ "competition", "team", "number" ] }, { "key": "us_history_population_by_state_year", "description": "Retrieve historical population data for a specific U.S. state and year.", "required": [ "state", "year" ] } ] }, "state_tokens": 233, "tier": "common", "primary": "tool", "questions": [ { "id": "tool", "type": "choice", "instructions": "Which entry of `tools` should be invoked to satisfy `request`? Use each tool's description and required parameters; if none of them can do it, choose none_of_these.", "options": [ [ "gettopgoalscorers", "Returns the top goal scorers for a specific competition and team" ], [ "us_president_in_year", "Retrieve the name of the U.S. president in a given year." ], [ "geodistance_find", "Find the distance between two cities on the globe." ], [ "us_economy_gdp_by_state_year", "Retrieve historical GDP data for a specific U.S. state and year." ], [ "us_history_get_president", "Retrieve the U.S. president during a specific event in American history." ], [ "gettopassists", "Returns the top assist makers for a specific competition and team" ], [ "us_history_population_by_state_year", "Retrieve historical population data for a specific U.S. state and year." ], [ "none_of_these", "No offered tool can satisfy the request; do not call any of them." ] ], "graded": true, "expected": "us_history_population_by_state_year", "responses": { "decider-2b": { "answered": true, "pick": "us_history_population_by_state_year", "correct": true, "probabilities": { "us_history_population_by_state_year": 0.8208, "none_of_these": 0.1679, "us_history_get_president": 0.0023, "us_president_in_year": 0.002, "us_economy_gdp_by_state_year": 0.002, "geodistance_find": 0.0019 }, "probability_of_expected": 0.8208, "proper_score": 0.9698 }, "Jev": { "answered": true, "pick": "us_history_population_by_state_year", "correct": true, "probabilities": { "us_history_population_by_state_year": 1.0, "us_history_get_president": 0.0, "geodistance_find": 0.0, "gettopgoalscorers": 0.0, "us_president_in_year": 0.0, "gettopassists": 0.0 }, "probability_of_expected": 1.0, "proper_score": 1.0 }, "JevFish": { "answered": true, "pick": "us_history_population_by_state_year", "correct": true, "probabilities": { "us_history_population_by_state_year": 0.9992, "none_of_these": 0.0005, "us_president_in_year": 0.0001, "geodistance_find": 0.0001, "us_economy_gdp_by_state_year": 0.0, "gettopgoalscorers": 0.0 }, "probability_of_expected": 0.9992, "proper_score": 1.0 }, "NanoJev": { "answered": true, "pick": "us_history_population_by_state_year", "correct": true, "probabilities": { "us_history_population_by_state_year": 0.3514, "gettopgoalscorers": 0.3, "us_president_in_year": 0.1115, "us_economy_gdp_by_state_year": 0.098, "us_history_get_president": 0.0619, "gettopassists": 0.0429 }, "probability_of_expected": 0.3514, "proper_score": 0.7305 }, "OpenJev": { "answered": true, "pick": "us_history_population_by_state_year", "correct": true, "probabilities": { "us_history_population_by_state_year": 0.9999, "none_of_these": 0.0, "gettopgoalscorers": 0.0, "us_president_in_year": 0.0, "geodistance_find": 0.0, "us_history_get_president": 0.0 }, "probability_of_expected": 0.9999, "proper_score": 1.0 }, "System One Scorer": { "answered": true, "pick": "none_of_these", "correct": false, "probabilities": { "none_of_these": 0.824, "us_history_population_by_state_year": 0.1405, "us_economy_gdp_by_state_year": 0.0112, "gettopassists": 0.0069, "us_history_get_president": 0.0057, "gettopgoalscorers": 0.0052 }, "probability_of_expected": 0.1405, "proper_score": 0.2911, "truncated": true } } } ], "latency_ms": { "decider-2b": 2593.0, "Jev": 168.6, "JevFish": 1469.1, "NanoJev": 933.8, "OpenJev": 360.9, "System One Scorer": 4856.0 } } ] }