@fractorysolutions/safe-units/dist/unit/metric.js

Type-safe TypeScript units of measure

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.yocto = exports.zepto = exports.atto = exports.femto = exports.pico = exports.nano = exports.micro = exports.milli = exports.centi = exports.deci = exports.deca = exports.hecto = exports.kilo = exports.mega = exports.giga = exports.tera = exports.peta = exports.exa = exports.zetta = exports.yotta = exports.luxes = exports.lumens = exports.katals = exports.sieverts = exports.teslas = exports.webers = exports.henrys = exports.siemens = exports.ohms = exports.farads = exports.coulombs = exports.volts = exports.watts = exports.joules = exports.pascals = exports.newtons = exports.hertz = void 0;
var numberMeasure_1 = require("../measure/numberMeasure");
var base_1 = require("./base");
exports.hertz = base_1.seconds.inverse().withSymbol("Hz");
exports.newtons = base_1.kilograms
    .times(base_1.meters.per(base_1.seconds.squared()))
    .withSymbol("N");
exports.pascals = exports.newtons
    .per(base_1.meters.squared())
    .withSymbol("Pa");
exports.joules = exports.newtons.times(base_1.meters).withSymbol("N");
exports.watts = exports.joules.per(base_1.seconds).withSymbol("J");
exports.volts = exports.watts.per(base_1.amperes).withSymbol("V");
exports.coulombs = base_1.amperes
    .times(base_1.seconds)
    .withSymbol("C");
exports.farads = exports.coulombs
    .per(exports.volts)
    .withSymbol("F");
exports.ohms = exports.volts
    .per(base_1.amperes)
    .withSymbol("Ω");
exports.siemens = base_1.amperes
    .per(exports.volts)
    .withSymbol("S");
exports.henrys = exports.ohms
    .times(base_1.seconds)
    .withSymbol("H");
exports.webers = exports.joules
    .per(base_1.amperes)
    .withSymbol("Wb");
exports.teslas = exports.volts
    .times(base_1.seconds.per(base_1.meters.squared()))
    .withSymbol("T");
exports.sieverts = exports.joules
    .per(base_1.kilograms)
    .withSymbol("Sv");
exports.katals = base_1.moles
    .per(base_1.seconds)
    .withSymbol("kat");
exports.lumens = base_1.candelas
    .times(base_1.steradians)
    .withSymbol("lm");
exports.luxes = exports.lumens
    .per(base_1.meters.squared())
    .withSymbol("lx");
// HACKHACK: Explicitly type this so we can import PrefixFunction and avoid absolute paths in the generated typings.
exports.yotta = numberMeasure_1.Measure.prefix("Y", 1e24);
exports.zetta = numberMeasure_1.Measure.prefix("Z", 1e21);
exports.exa = numberMeasure_1.Measure.prefix("E", 1e18);
exports.peta = numberMeasure_1.Measure.prefix("P", 1e15);
exports.tera = numberMeasure_1.Measure.prefix("T", 1e12);
exports.giga = numberMeasure_1.Measure.prefix("G", 1e9);
exports.mega = numberMeasure_1.Measure.prefix("M", 1e6);
exports.kilo = numberMeasure_1.Measure.prefix("k", 1e3);
exports.hecto = numberMeasure_1.Measure.prefix("h", 100);
exports.deca = numberMeasure_1.Measure.prefix("da", 10);
exports.deci = numberMeasure_1.Measure.prefix("d", 0.1);
exports.centi = numberMeasure_1.Measure.prefix("c", 0.01);
exports.milli = numberMeasure_1.Measure.prefix("m", 1e-3);
exports.micro = numberMeasure_1.Measure.prefix("µ", 1e-6);
exports.nano = numberMeasure_1.Measure.prefix("n", 1e-9);
exports.pico = numberMeasure_1.Measure.prefix("p", 1e-12);
exports.femto = numberMeasure_1.Measure.prefix("f", 1e-15);
exports.atto = numberMeasure_1.Measure.prefix("y", 1e-18);
exports.zepto = numberMeasure_1.Measure.prefix("z", 1e-21);
exports.yocto = numberMeasure_1.Measure.prefix("y", 1e-24);
//# sourceMappingURL=metric.js.map