Trait UnitDiv 

pub trait UnitDiv<Rhs> {
    type Output;
}

The unit obtained by dividing by Rhs.

Required Associated Types

type Output

The unit of the quotient.

Dyn Compatibility

This trait is dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety".

Implementations on Foreign Types

impl<A, B, C, D> UnitDiv<(C, D)> for (A, B)

where A: UnitDiv<C>, B: UnitDiv<D>,

type Output = (<A as UnitDiv<C>>::Output, <B as UnitDiv<D>>::Output)

Implementors

impl UnitDiv<Acceleration> for Acceleration

type Output = Dimensionless

impl UnitDiv<Acceleration> for Force

type Output = Mass

impl UnitDiv<Acceleration> for StressPerLength

type Output = Density

impl UnitDiv<Acceleration> for Velocity

type Output = Time

impl UnitDiv<Action> for Action

type Output = Dimensionless

impl UnitDiv<Action> for Energy

type Output = Rate

impl UnitDiv<Amount> for Amount

type Output = Dimensionless

impl UnitDiv<Amount> for Dimensionless

type Output = ReciprocalAmount

impl UnitDiv<Amount> for Energy

type Output = MolarEnergy

impl UnitDiv<Amount> for Entropy

type Output = MolarEntropy

impl UnitDiv<Area> for Area

type Output = Dimensionless

impl UnitDiv<Area> for Dimensionless

type Output = ReciprocalArea

impl UnitDiv<Area> for Energy

type Output = ForcePerLength

impl UnitDiv<Area> for Force

type Output = Stress

impl UnitDiv<Area> for ForcePerLength

type Output = StressPerLength

impl UnitDiv<Area> for Length

type Output = ReciprocalLength

impl UnitDiv<Area> for SecondMomentOfArea

type Output = Area

impl UnitDiv<Area> for Volume

type Output = Length

impl UnitDiv<Charge> for Charge

type Output = Dimensionless

impl UnitDiv<Density> for Density

type Output = Dimensionless

impl UnitDiv<Density> for Mass

type Output = Volume

impl UnitDiv<Density> for Stress

type Output = SpecificEnergy

impl UnitDiv<Density> for StressPerLength

type Output = Acceleration

impl UnitDiv<Dimensionless> for Acceleration

type Output = Acceleration

impl UnitDiv<Dimensionless> for Action

type Output = Action

impl UnitDiv<Dimensionless> for Amount

type Output = Amount

impl UnitDiv<Dimensionless> for Area

type Output = Area

impl UnitDiv<Dimensionless> for Charge

type Output = Charge

impl UnitDiv<Dimensionless> for Density

type Output = Density

impl UnitDiv<Dimensionless> for Dimensionless

type Output = Dimensionless

impl UnitDiv<Dimensionless> for Energy

type Output = Energy

impl UnitDiv<Dimensionless> for Entropy

type Output = Entropy

impl UnitDiv<Dimensionless> for Force

type Output = Force

impl UnitDiv<Dimensionless> for ForcePerLength

type Output = ForcePerLength

impl UnitDiv<Dimensionless> for ForcePerVelocity

type Output = ForcePerVelocity

impl UnitDiv<Dimensionless> for Length

type Output = Length

impl UnitDiv<Dimensionless> for Mass

type Output = Mass

impl UnitDiv<Dimensionless> for MolarEnergy

type Output = MolarEnergy

impl UnitDiv<Dimensionless> for MolarEntropy

type Output = MolarEntropy

impl UnitDiv<Dimensionless> for Power

type Output = Power

impl UnitDiv<Dimensionless> for PowerDensity

type Output = PowerDensity

impl UnitDiv<Dimensionless> for PowerPerArea

type Output = PowerPerArea

impl UnitDiv<Dimensionless> for PowerPerAreaTemperature

type Output = PowerPerAreaTemperature

impl UnitDiv<Dimensionless> for PowerPerLengthTemperature

type Output = PowerPerLengthTemperature

impl UnitDiv<Dimensionless> for PowerPerTemperature

type Output = PowerPerTemperature

impl UnitDiv<Dimensionless> for PowerPerVolumeTemperature

type Output = PowerPerVolumeTemperature

impl UnitDiv<Dimensionless> for PowerTemperature

type Output = PowerTemperature

impl UnitDiv<Dimensionless> for PowerTemperatureDensity

type Output = PowerTemperatureDensity

impl UnitDiv<Dimensionless> for Rate

type Output = Rate

impl UnitDiv<Dimensionless> for RateSquared

type Output = RateSquared

impl UnitDiv<Dimensionless> for ReciprocalAmount

type Output = ReciprocalAmount

impl UnitDiv<Dimensionless> for ReciprocalArea

type Output = ReciprocalArea

impl UnitDiv<Dimensionless> for ReciprocalForcePerLength

type Output = ReciprocalForcePerLength

impl UnitDiv<Dimensionless> for ReciprocalLength

type Output = ReciprocalLength

impl UnitDiv<Dimensionless> for ReciprocalStress

type Output = ReciprocalStress

impl UnitDiv<Dimensionless> for ReciprocalTemperature

type Output = ReciprocalTemperature

impl UnitDiv<Dimensionless> for ReciprocalViscosity

type Output = ReciprocalViscosity

impl UnitDiv<Dimensionless> for SecondMomentOfArea

type Output = SecondMomentOfArea

impl UnitDiv<Dimensionless> for SpecificEnergy

type Output = SpecificEnergy

impl UnitDiv<Dimensionless> for Stress

type Output = Stress

impl UnitDiv<Dimensionless> for StressPerArea

type Output = StressPerArea

impl UnitDiv<Dimensionless> for StressPerLength

type Output = StressPerLength

impl UnitDiv<Dimensionless> for StressPerTemperature

type Output = StressPerTemperature

impl UnitDiv<Dimensionless> for StressSquared

type Output = StressSquared

impl UnitDiv<Dimensionless> for Temperature

type Output = Temperature

impl UnitDiv<Dimensionless> for TemperaturePerLength

type Output = TemperaturePerLength

impl UnitDiv<Dimensionless> for Time

type Output = Time

impl UnitDiv<Dimensionless> for Velocity

type Output = Velocity

impl UnitDiv<Dimensionless> for Viscosity

type Output = Viscosity

impl UnitDiv<Dimensionless> for ViscosityPerArea

type Output = ViscosityPerArea

impl UnitDiv<Dimensionless> for ViscosityPerLength

type Output = ViscosityPerLength

impl UnitDiv<Dimensionless> for Volume

type Output = Volume

impl UnitDiv<Energy> for Action

type Output = Time

impl UnitDiv<Energy> for Area

type Output = ReciprocalForcePerLength

impl UnitDiv<Energy> for Energy

type Output = Dimensionless

impl UnitDiv<Energy> for Force

type Output = ReciprocalLength

impl UnitDiv<Energy> for ForcePerLength

type Output = ReciprocalArea

impl UnitDiv<Energy> for MolarEnergy

type Output = ReciprocalAmount

impl UnitDiv<Entropy> for Energy

type Output = Temperature

impl UnitDiv<Entropy> for Entropy

type Output = Dimensionless

impl UnitDiv<Entropy> for MolarEntropy

type Output = ReciprocalAmount

impl UnitDiv<Force> for Energy

type Output = Length

impl UnitDiv<Force> for Force

type Output = Dimensionless

impl UnitDiv<Force> for Length

type Output = ReciprocalForcePerLength

impl UnitDiv<ForcePerLength> for Energy

type Output = Area

impl UnitDiv<ForcePerLength> for Force

type Output = Length

impl UnitDiv<ForcePerLength> for ForcePerLength

type Output = Dimensionless

impl UnitDiv<ForcePerLength> for Stress

type Output = ReciprocalLength

impl UnitDiv<ForcePerVelocity> for Force

type Output = Velocity

impl UnitDiv<ForcePerVelocity> for ForcePerVelocity

type Output = Dimensionless

impl UnitDiv<Length> for Acceleration

type Output = RateSquared

impl UnitDiv<Length> for Area

type Output = Length

impl UnitDiv<Length> for Dimensionless

type Output = ReciprocalLength

impl UnitDiv<Length> for Energy

type Output = Force

impl UnitDiv<Length> for Force

type Output = ForcePerLength

impl UnitDiv<Length> for ForcePerLength

type Output = Stress

impl UnitDiv<Length> for Length

type Output = Dimensionless

impl UnitDiv<Length> for ReciprocalLength

type Output = ReciprocalArea

impl UnitDiv<Length> for SecondMomentOfArea

type Output = Volume

impl UnitDiv<Length> for Stress

type Output = StressPerLength

impl UnitDiv<Length> for Velocity

type Output = Rate

impl UnitDiv<Length> for Volume

type Output = Area

impl UnitDiv<Mass> for Energy

type Output = SpecificEnergy

impl UnitDiv<Mass> for Force

type Output = Acceleration

impl UnitDiv<Mass> for ForcePerLength

type Output = RateSquared

impl UnitDiv<Mass> for Mass

type Output = Dimensionless

impl UnitDiv<MolarEnergy> for MolarEnergy

type Output = Dimensionless

impl UnitDiv<MolarEntropy> for MolarEnergy

type Output = Temperature

impl UnitDiv<MolarEntropy> for MolarEntropy

type Output = Dimensionless

impl UnitDiv<Power> for Power

type Output = Dimensionless

impl UnitDiv<PowerDensity> for PowerDensity

type Output = Dimensionless

impl UnitDiv<PowerPerArea> for PowerDensity

type Output = ReciprocalLength

impl UnitDiv<PowerPerArea> for PowerPerArea

type Output = Dimensionless

impl UnitDiv<PowerPerAreaTemperature> for PowerPerAreaTemperature

type Output = Dimensionless

impl UnitDiv<PowerPerAreaTemperature> for PowerPerVolumeTemperature

type Output = ReciprocalLength

impl UnitDiv<PowerPerLengthTemperature> for PowerPerArea

type Output = TemperaturePerLength

impl UnitDiv<PowerPerLengthTemperature> for PowerPerAreaTemperature

type Output = ReciprocalLength

impl UnitDiv<PowerPerLengthTemperature> for PowerPerLengthTemperature

type Output = Dimensionless

impl UnitDiv<PowerPerTemperature> for Power

type Output = Temperature

impl UnitDiv<PowerPerTemperature> for PowerPerTemperature

type Output = Dimensionless

impl UnitDiv<PowerPerVolumeTemperature> for PowerPerVolumeTemperature

type Output = Dimensionless

impl UnitDiv<PowerTemperature> for PowerTemperature

type Output = Dimensionless

impl UnitDiv<PowerTemperatureDensity> for PowerTemperatureDensity

type Output = Dimensionless

impl UnitDiv<Rate> for Acceleration

type Output = Velocity

impl UnitDiv<Rate> for Dimensionless

type Output = Time

impl UnitDiv<Rate> for Energy

type Output = Action

impl UnitDiv<Rate> for EntropyDensityRate

type Output = StressPerTemperature

impl UnitDiv<Rate> for Power

type Output = Energy

impl UnitDiv<Rate> for PowerDensity

type Output = Stress

impl UnitDiv<Rate> for Rate

type Output = Dimensionless

impl UnitDiv<Rate> for RateSquared

type Output = Rate

impl UnitDiv<Rate> for Stress

type Output = Viscosity

impl UnitDiv<Rate> for Velocity

type Output = Length

impl UnitDiv<RateSquared> for Acceleration

type Output = Length

impl UnitDiv<RateSquared> for ForcePerLength

type Output = Mass

impl UnitDiv<RateSquared> for RateSquared

type Output = Dimensionless

impl UnitDiv<ReciprocalAmount> for Dimensionless

type Output = Amount

impl UnitDiv<ReciprocalAmount> for MolarEnergy

type Output = Energy

impl UnitDiv<ReciprocalAmount> for MolarEntropy

type Output = Entropy

impl UnitDiv<ReciprocalAmount> for ReciprocalAmount

type Output = Dimensionless

impl UnitDiv<ReciprocalArea> for Dimensionless

type Output = Area

impl UnitDiv<ReciprocalArea> for ForcePerLength

type Output = Energy

impl UnitDiv<ReciprocalArea> for ReciprocalArea

type Output = Dimensionless

impl UnitDiv<ReciprocalArea> for ReciprocalLength

type Output = Length

impl UnitDiv<ReciprocalForcePerLength> for Area

type Output = Energy

impl UnitDiv<ReciprocalForcePerLength> for Length

type Output = Force

impl UnitDiv<ReciprocalForcePerLength> for ReciprocalForcePerLength

type Output = Dimensionless

impl UnitDiv<ReciprocalLength> for Dimensionless

type Output = Length

impl UnitDiv<ReciprocalLength> for Force

type Output = Energy

impl UnitDiv<ReciprocalLength> for ForcePerLength

type Output = Force

impl UnitDiv<ReciprocalLength> for Length

type Output = Area

impl UnitDiv<ReciprocalLength> for PowerDensity

type Output = PowerPerArea

impl UnitDiv<ReciprocalLength> for PowerPerAreaTemperature

type Output = PowerPerLengthTemperature

impl UnitDiv<ReciprocalLength> for PowerPerVolumeTemperature

type Output = PowerPerAreaTemperature

impl UnitDiv<ReciprocalLength> for Rate

type Output = Velocity

impl UnitDiv<ReciprocalLength> for ReciprocalArea

type Output = ReciprocalLength

impl UnitDiv<ReciprocalLength> for ReciprocalLength

type Output = Dimensionless

impl UnitDiv<ReciprocalLength> for Stress

type Output = ForcePerLength

impl UnitDiv<ReciprocalLength> for StressPerArea

type Output = StressPerLength

impl UnitDiv<ReciprocalLength> for StressPerLength

type Output = Stress

impl UnitDiv<ReciprocalLength> for TemperaturePerLength

type Output = Temperature

impl UnitDiv<ReciprocalLength> for ViscosityPerArea

type Output = ViscosityPerLength

impl UnitDiv<ReciprocalLength> for ViscosityPerLength

type Output = Viscosity

impl UnitDiv<ReciprocalStress> for Dimensionless

type Output = Stress

impl UnitDiv<ReciprocalStress> for ReciprocalStress

type Output = Dimensionless

impl UnitDiv<ReciprocalTemperature> for Dimensionless

type Output = Temperature

impl UnitDiv<ReciprocalTemperature> for EntropyDensityRate

type Output = PowerDensity

impl UnitDiv<ReciprocalTemperature> for ReciprocalTemperature

type Output = Dimensionless

impl UnitDiv<ReciprocalTemperature> for StressPerTemperature

type Output = Stress

impl UnitDiv<ReciprocalViscosity> for Rate

type Output = Stress

impl UnitDiv<ReciprocalViscosity> for ReciprocalViscosity

type Output = Dimensionless

impl UnitDiv<SecondMomentOfArea> for SecondMomentOfArea

type Output = Dimensionless

impl UnitDiv<SpecificEnergy> for Energy

type Output = Mass

impl UnitDiv<SpecificEnergy> for SpecificEnergy

type Output = Dimensionless

impl UnitDiv<SpecificEnergy> for Stress

type Output = Density

impl UnitDiv<Stress> for Dimensionless

type Output = ReciprocalStress

impl UnitDiv<Stress> for Force

type Output = Area

impl UnitDiv<Stress> for ForcePerLength

type Output = Length

impl UnitDiv<Stress> for PowerDensity

type Output = Rate

impl UnitDiv<Stress> for Rate

type Output = ReciprocalViscosity

impl UnitDiv<Stress> for Stress

type Output = Dimensionless

impl UnitDiv<Stress> for StressPerLength

type Output = ReciprocalLength

impl UnitDiv<Stress> for StressSquared

type Output = Stress

impl UnitDiv<StressPerArea> for StressPerArea

type Output = Dimensionless

impl UnitDiv<StressPerLength> for Stress

type Output = Length

impl UnitDiv<StressPerLength> for StressPerLength

type Output = Dimensionless

impl UnitDiv<StressPerTemperature> for StressPerTemperature

type Output = Dimensionless

impl UnitDiv<StressSquared> for StressSquared

type Output = Dimensionless

impl UnitDiv<Temperature> for Dimensionless

type Output = ReciprocalTemperature

impl UnitDiv<Temperature> for Energy

type Output = Entropy

impl UnitDiv<Temperature> for MolarEnergy

type Output = MolarEntropy

impl UnitDiv<Temperature> for Power

type Output = PowerPerTemperature

impl UnitDiv<Temperature> for PowerTemperature

type Output = Power

impl UnitDiv<Temperature> for Stress

type Output = StressPerTemperature

impl UnitDiv<Temperature> for Temperature

type Output = Dimensionless

impl UnitDiv<Temperature> for TemperaturePerLength

type Output = ReciprocalLength

impl UnitDiv<TemperaturePerLength> for PowerPerArea

type Output = PowerPerLengthTemperature

impl UnitDiv<TemperaturePerLength> for PowerTemperatureDensity

type Output = PowerPerArea

impl UnitDiv<TemperaturePerLength> for TemperaturePerLength

type Output = Dimensionless

impl UnitDiv<Time> for Action

type Output = Energy

impl UnitDiv<Time> for Dimensionless

type Output = Rate

impl UnitDiv<Time> for Energy

type Output = Power

impl UnitDiv<Time> for Length

type Output = Velocity

impl UnitDiv<Time> for Time

type Output = Dimensionless

impl UnitDiv<Time> for Velocity

type Output = Acceleration

impl UnitDiv<Time> for Viscosity

type Output = Stress

impl UnitDiv<Velocity> for Acceleration

type Output = Rate

impl UnitDiv<Velocity> for Force

type Output = ForcePerVelocity

impl UnitDiv<Velocity> for Power

type Output = Force

impl UnitDiv<Velocity> for Rate

type Output = ReciprocalLength

impl UnitDiv<Velocity> for SpecificEnergy

type Output = Velocity

impl UnitDiv<Velocity> for Velocity

type Output = Dimensionless

impl UnitDiv<Viscosity> for Stress

type Output = Rate

impl UnitDiv<Viscosity> for Viscosity

type Output = Dimensionless

impl UnitDiv<Viscosity> for ViscosityPerLength

type Output = ReciprocalLength

impl UnitDiv<ViscosityPerArea> for ViscosityPerArea

type Output = Dimensionless

impl UnitDiv<ViscosityPerLength> for ViscosityPerLength

type Output = Dimensionless

impl UnitDiv<Volume> for Area

type Output = ReciprocalLength

impl UnitDiv<Volume> for Energy

type Output = Stress

impl UnitDiv<Volume> for Force

type Output = StressPerLength

impl UnitDiv<Volume> for ForcePerLength

type Output = StressPerArea

impl UnitDiv<Volume> for ForcePerVelocity

type Output = ViscosityPerArea

impl UnitDiv<Volume> for Mass

type Output = Density

impl UnitDiv<Volume> for Power

type Output = PowerDensity

impl UnitDiv<Volume> for PowerPerTemperature

type Output = PowerPerVolumeTemperature

impl UnitDiv<Volume> for PowerTemperature

type Output = PowerTemperatureDensity

impl UnitDiv<Volume> for SecondMomentOfArea

type Output = Length

impl UnitDiv<Volume> for Volume

type Output = Dimensionless