Trait NumericExt

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pub trait NumericExt {
Show 42 methods    // Required methods
    fn m(self) -> Length;
    fn km(self) -> Length;
    fn au(self) -> Length;
    fn ft(self) -> Length;
    fn seconds(self) -> Time;
    fn minutes(self) -> Time;
    fn hours(self) -> Time;
    fn days(self) -> Time;
    fn kg(self) -> Mass;
    fn g(self) -> Mass;
    fn lb(self) -> Mass;
    fn rad(self) -> Angle;
    fn deg(self) -> Angle;
    fn rev(self) -> Angle;
    fn mps(self) -> Velocity;
    fn kmps(self) -> Velocity;
    fn mps2(self) -> Acceleration;
    fn g0(self) -> Acceleration;
    fn n(self) -> Force;
    fn kn(self) -> Force;
    fn lbf(self) -> Force;
    fn m2(self) -> Area;
    fn m3(self) -> Volume;
    fn j(self) -> Energy;
    fn w(self) -> Power;
    fn pa(self) -> Pressure;
    fn bar(self) -> Pressure;
    fn hz(self) -> Frequency;
    fn khz(self) -> Frequency;
    fn mhz(self) -> Frequency;
    fn ghz(self) -> Frequency;
    fn amperes(self) -> ElectricCurrent;
    fn volts(self) -> Voltage;
    fn ohms(self) -> Resistance;
    fn tesla(self) -> MagneticFluxDensity;
    fn coulombs(self) -> ElectricCharge;
    fn farads(self) -> Capacitance;
    fn henrys(self) -> Inductance;
    fn webers(self) -> MagneticFlux;
    fn kelvin(self) -> Temperature;
    fn kgps(self) -> MassFlowRate;
    fn sr(self) -> SolidAngle;
}

Expand description

Extension methods on numeric literals for constructing typed quantities.

This is the primary construction UX — it turns bare numbers into typed quantities so code reads like English:

use space_units::prelude::*;

let distance = 384_400.km();   // Length
let time     = 3.5.hours();    // Time
let angle    = 51.6.deg();     // Angle

Implemented for f64, f32, i32, i64, u32, and u64. Integer types convert to f64 internally.

Required Methods§

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fn m(self) -> Length

Create a Length in meters.

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fn km(self) -> Length

Create a Length in kilometers.

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fn au(self) -> Length

Create a Length in astronomical units.

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fn ft(self) -> Length

Create a Length in feet.

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fn seconds(self) -> Time

Create a Time in seconds.

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fn minutes(self) -> Time

Create a Time in minutes.

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fn hours(self) -> Time

Create a Time in hours.

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fn days(self) -> Time

Create a Time in days (86 400 s).

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fn kg(self) -> Mass

Create a Mass in kilograms.

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fn g(self) -> Mass

Create a Mass in grams.

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fn lb(self) -> Mass

Create a Mass in pounds (avoirdupois).

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fn rad(self) -> Angle

Create an Angle in radians.

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fn deg(self) -> Angle

Create an Angle in degrees.

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fn rev(self) -> Angle

Create an Angle in revolutions (1 rev = 2π rad).

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fn mps(self) -> Velocity

Create a Velocity in meters per second.

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fn kmps(self) -> Velocity

Create a Velocity in kilometers per second.

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fn mps2(self) -> Acceleration

Create an Acceleration in meters per second squared.

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fn g0(self) -> Acceleration

Create an Acceleration in standard gravities (1 g₀ = 9.80665 m/s²).

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fn n(self) -> Force

Create a Force in Newtons.

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fn kn(self) -> Force

Create a Force in kilonewtons.

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fn lbf(self) -> Force

Create a Force in pounds-force.

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fn m2(self) -> Area

Create an Area in square meters.

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fn m3(self) -> Volume

Create a Volume in cubic meters.

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fn j(self) -> Energy

Create an Energy in Joules.

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fn w(self) -> Power

Create a Power in Watts.

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fn pa(self) -> Pressure

Create a Pressure in Pascals.

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fn bar(self) -> Pressure

Create a Pressure in bar (1 bar = 100 000 Pa).

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fn hz(self) -> Frequency

Create a Frequency in Hertz.

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fn khz(self) -> Frequency

Create a Frequency in kilohertz.

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fn mhz(self) -> Frequency

Create a Frequency in megahertz.

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fn ghz(self) -> Frequency

Create a Frequency in gigahertz.

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fn amperes(self) -> ElectricCurrent

Create an ElectricCurrent in Amperes.

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fn volts(self) -> Voltage

Create a Voltage in Volts.

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fn ohms(self) -> Resistance

Create a Resistance in Ohms.

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fn tesla(self) -> MagneticFluxDensity

Create a MagneticFluxDensity in Tesla.

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fn coulombs(self) -> ElectricCharge

Create an ElectricCharge in Coulombs.

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fn farads(self) -> Capacitance

Create a Capacitance in Farads.

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fn henrys(self) -> Inductance

Create an Inductance in Henrys.

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fn webers(self) -> MagneticFlux

Create a MagneticFlux in Webers.

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fn kelvin(self) -> Temperature

Create a Temperature in Kelvin.

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fn kgps(self) -> MassFlowRate

Create a MassFlowRate in kilograms per second.

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fn sr(self) -> SolidAngle

Create a SolidAngle in steradians.

Implementations on Foreign Types§

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NumericExt

Trait NumericExt Copy item path

Required Methods§

fn m(self) -> Length

fn km(self) -> Length

fn au(self) -> Length

fn ft(self) -> Length

fn seconds(self) -> Time

fn minutes(self) -> Time

fn hours(self) -> Time

fn days(self) -> Time

fn kg(self) -> Mass

fn g(self) -> Mass

fn lb(self) -> Mass

fn rad(self) -> Angle

fn deg(self) -> Angle

fn rev(self) -> Angle

fn mps(self) -> Velocity

fn kmps(self) -> Velocity

fn mps2(self) -> Acceleration

fn g0(self) -> Acceleration

fn n(self) -> Force

fn kn(self) -> Force

fn lbf(self) -> Force

fn m2(self) -> Area

fn m3(self) -> Volume

fn j(self) -> Energy

fn w(self) -> Power

fn pa(self) -> Pressure

fn bar(self) -> Pressure

fn hz(self) -> Frequency

fn khz(self) -> Frequency

fn mhz(self) -> Frequency

fn ghz(self) -> Frequency

fn amperes(self) -> ElectricCurrent

fn volts(self) -> Voltage

fn ohms(self) -> Resistance

fn tesla(self) -> MagneticFluxDensity

fn coulombs(self) -> ElectricCharge

fn farads(self) -> Capacitance

fn henrys(self) -> Inductance

fn webers(self) -> MagneticFlux

fn kelvin(self) -> Temperature

fn kgps(self) -> MassFlowRate

fn sr(self) -> SolidAngle

Implementations on Foreign Types§

impl NumericExt for f32

fn m(self) -> Length

fn km(self) -> Length

fn au(self) -> Length

fn ft(self) -> Length

fn seconds(self) -> Time

fn minutes(self) -> Time

fn hours(self) -> Time

fn days(self) -> Time

fn kg(self) -> Mass

fn g(self) -> Mass

fn lb(self) -> Mass

fn rad(self) -> Angle

fn deg(self) -> Angle

fn rev(self) -> Angle

fn mps(self) -> Velocity

fn kmps(self) -> Velocity

fn mps2(self) -> Acceleration

fn g0(self) -> Acceleration

fn n(self) -> Force

fn kn(self) -> Force

fn lbf(self) -> Force

fn m2(self) -> Area

fn m3(self) -> Volume

fn j(self) -> Energy

fn w(self) -> Power

fn pa(self) -> Pressure

fn bar(self) -> Pressure

fn hz(self) -> Frequency

fn khz(self) -> Frequency

fn mhz(self) -> Frequency

fn ghz(self) -> Frequency

fn amperes(self) -> ElectricCurrent

fn volts(self) -> Voltage

Trait NumericExt