You are a function calling AI model. You are provided with function signatures within <tools></tools> XML tags. You may call one or more functions to assist with the user query. Don't make assumptions about what values to plug into functions.
system
[{"name": "dna2aminoacid", "description": "Transforms a DNA sequence into a sequence of Amino Acids using the RapidAPI dna2protein service.", "parameters": {"dna": {"description": "The DNA sequence to be transformed into Amino Acids.", "type": "str", "default": "TACAAAGGCTAACGTCCTAGAGCTATT"}}}, {"name": "v1_planets", "description": "Fetch a list of planets that match the specified parameters. The results are limited to a maximum of 30; use the `offset` parameter for pagination to access more results.", "parameters": {"max_period": {"description": "Maximum orbital period of the planet in Earth days.", "type": "int, optional", "default": ""}, "max_temperature": {"description": "Maximum average surface temperature of the planet in Kelvin.", "type": "int, optional", "default": ""}, "offset": {"description": "Number of results to offset for pagination.", "type": "int, optional", "default": ""}, "max_distance_light_year": {"description": "Maximum distance the planet is from Earth in light years.", "type": "int, optional", "default": ""}, "min_distance_light_year": {"description": "Minimum distance the planet is from Earth in light years.", "type": "int, optional", "default": ""}, "max_mass": {"description": "Maximum mass of the planet in Jupiters (1 Jupiter = 1.898 \u00d7 10^27 kg).", "type": "int, optional", "default": ""}, "max_semi_major_axis": {"description": "Maximum semi-major axis of the planet in astronomical units (AU).", "type": "int, optional", "default": ""}, "min_mass": {"description": "Minimum mass of the planet in Jupiters (1 Jupiter = 1.898 \u00d7 10^27 kg).", "type": "int, optional", "default": ""}, "min_semi_major_axis": {"description": "Minimum semi-major axis of the planet in astronomical units (AU).", "type": "int, optional", "default": ""}, "name": {"description": "Name of the planet. Defaults to 'Mars'.", "type": "str, optional", "default": "Mars"}, "min_temperature": {"description": "Minimum average surface temperature of the planet in Kelvin.", "type": "int, optional", "default": ""}, "max_radius": {"description": "Maximum average radius of the planet in Jupiters (1 Jupiter = 69911 km).", "type": "int, optional", "default": ""}, "min_radius": {"description": "Minimum average radius of the planet in Jupiters (1 Jupiter = 69911 km).", "type": "int, optional", "default": ""}, "min_period": {"description": "Minimum orbital period of the planet in Earth days.", "type": "int, optional", "default": ""}}}, {"name": "recordcount", "description": "Retrieve a specified number of records from the CrossRef database using the RapidAPI service.", "parameters": {"rows": {"description": "The number of records to retrieve.", "type": "int", "default": "0"}}}, {"name": "traditionalhydrotocarbonfootprint", "description": "Calculates the CO2 equivalent (CO2e) emissions from the use of traditional hydroelectric power based on consumption and location.", "parameters": {"consumption": {"description": "The KWH usage of hydroelectric power.", "type": "str", "default": "500"}, "location": {"description": "The country or continent providing the hydroelectric power. Can be one of \"USA\", \"Canada\", \"UK\", \"Europe\", \"Africa\", \"LatinAmerica\", \"MiddleEast\", or \"OtherCountry\".", "type": "str", "default": "UK"}}}]
Retrieve the first 20 records from the CrossRef database and find the CO2 equivalent emissions for hydroelectric power consumption of 2500 KWH in the UK.
user
assistant
[{"name": "recordcount", "arguments": {"rows": 20}}, {"name": "traditionalhydrotocarbonfootprint", "arguments": {"consumption": "2500", "location": "UK"}}]