type TemperatureSymbol = typeof temperatureSymbols[number]; /** * Type predicate. * @param candidate The candidate to test. */ declare function isTemperatureSymbol(candidate: any): candidate is TemperatureSymbol; /** * All the Temperature symbols. */ declare const temperatureSymbols: readonly ["K", "°C", "°F", "°R"]; /** * The object representation of a measurement. * * @template Unit The type of the unit of measurement. * @template Value The type of the value of the measurement. */ type Measurement$1 = Number & { readonly value: Value; readonly unit: Unit; }; /** * Represents a dimension measurement. * @template Units - The units of the dimension. */ type Measurement = Measurement$1 & Alternatives; /** * Represents a collection of alternative measurements for different units. * * @template Units - The string literal type representing the available units. */ type Alternatives = { readonly [unit in Units]: Measurement; }; /** * A dimension is a map of units to creation functions. * Each function takes a number value and returns a * dimension measurement. * @template Units - The units of the dimension. */ type Dimension = { readonly [unit in Units]: (value: number) => Measurement; }; type Temperature = Measurement; declare const temperature: Dimension<"K" | "°C" | "°F" | "°R">; declare const kelvin: (value: number) => Measurement<"K" | "°C" | "°F" | "°R">; declare const celsius: (value: number) => Measurement<"K" | "°C" | "°F" | "°R">; declare const fahrenheit: (value: number) => Measurement<"K" | "°C" | "°F" | "°R">; declare const rankine: (value: number) => Measurement<"K" | "°C" | "°F" | "°R">; export { celsius, fahrenheit, isTemperatureSymbol, kelvin, rankine, temperature, temperatureSymbols }; export type { Temperature, TemperatureSymbol };