[−]Trait heim::units::frequency::Conversion

pub trait Conversion<V>: Conversion<V, T = <V as Conversion<V>>::T> + Unit where
    V: Conversion<V>, { }

Trait to identify units which have a conversion factor for the Quantity. See Conversion<V>.

Generic Parameters

V: Underlying storage type trait is implemented for.

Implementors

`impl Conversion<f32> for attohertz`

`impl Conversion<f32> for centihertz`

`impl Conversion<f32> for cycle_per_day`

`impl Conversion<f32> for cycle_per_hour`

`impl Conversion<f32> for cycle_per_minute`

`impl Conversion<f32> for cycle_per_shake`

`impl Conversion<f32> for cycle_per_year`

`impl Conversion<f32> for decahertz`

`impl Conversion<f32> for decihertz`

`impl Conversion<f32> for exahertz`

`impl Conversion<f32> for femtohertz`

`impl Conversion<f32> for gigahertz`

`impl Conversion<f32> for hectohertz`

`impl Conversion<f32> for hertz`

`impl Conversion<f32> for kilohertz`

`impl Conversion<f32> for megahertz`

`impl Conversion<f32> for microhertz`

`impl Conversion<f32> for millihertz`

`impl Conversion<f32> for nanohertz`

`impl Conversion<f32> for petahertz`

`impl Conversion<f32> for picohertz`

`impl Conversion<f32> for terahertz`

`impl Conversion<f32> for yoctohertz`

`impl Conversion<f32> for yottahertz`

`impl Conversion<f32> for zeptohertz`

`impl Conversion<f32> for zettahertz`

`impl Conversion<f64> for attohertz`

`impl Conversion<f64> for centihertz`

`impl Conversion<f64> for cycle_per_day`

`impl Conversion<f64> for cycle_per_hour`

`impl Conversion<f64> for cycle_per_minute`

`impl Conversion<f64> for cycle_per_shake`

`impl Conversion<f64> for cycle_per_year`

`impl Conversion<f64> for decahertz`

`impl Conversion<f64> for decihertz`

`impl Conversion<f64> for exahertz`

`impl Conversion<f64> for femtohertz`

`impl Conversion<f64> for gigahertz`

`impl Conversion<f64> for hectohertz`

`impl Conversion<f64> for hertz`

`impl Conversion<f64> for kilohertz`

`impl Conversion<f64> for megahertz`

`impl Conversion<f64> for microhertz`

`impl Conversion<f64> for millihertz`

`impl Conversion<f64> for nanohertz`

`impl Conversion<f64> for petahertz`

`impl Conversion<f64> for picohertz`

`impl Conversion<f64> for terahertz`

`impl Conversion<f64> for yoctohertz`

`impl Conversion<f64> for yottahertz`

`impl Conversion<f64> for zeptohertz`

`impl Conversion<f64> for zettahertz`

`impl Conversion<u64> for attohertz`

`impl Conversion<u64> for centihertz`

`impl Conversion<u64> for cycle_per_day`

`impl Conversion<u64> for cycle_per_hour`

`impl Conversion<u64> for cycle_per_minute`

`impl Conversion<u64> for cycle_per_shake`

`impl Conversion<u64> for cycle_per_year`

`impl Conversion<u64> for decahertz`

`impl Conversion<u64> for decihertz`

`impl Conversion<u64> for exahertz`

`impl Conversion<u64> for femtohertz`

`impl Conversion<u64> for gigahertz`

`impl Conversion<u64> for hectohertz`

`impl Conversion<u64> for hertz`

`impl Conversion<u64> for kilohertz`

`impl Conversion<u64> for megahertz`

`impl Conversion<u64> for microhertz`

`impl Conversion<u64> for millihertz`

`impl Conversion<u64> for nanohertz`

`impl Conversion<u64> for petahertz`

`impl Conversion<u64> for picohertz`

`impl Conversion<u64> for terahertz`

`impl Conversion<u64> for yoctohertz`

`impl Conversion<u64> for yottahertz`

`impl Conversion<u64> for zeptohertz`

`impl Conversion<u64> for zettahertz`

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