Struct uom::si::electric_current::ampere

pub struct ampere;

The ampere is the SI unit of electric current. It is defined by taking the fixed numerical value of the elementary charge e to be 1.602 176 634 × 10⁻¹⁹ when expressed in the unit C, which is equal to A s, where the second is defined in terms of ∆ν_Cs.

Trait Implementations

impl Clone for ampere

fn clone(&self) -> ampere

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Conversion<BigInt> for ampere

type T = Ratio<BigInt>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<BigInt> for ampere

impl Conversion<BigUint> for ampere

type T = Ratio<BigUint>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<BigUint> for ampere

impl Conversion<Ratio<BigInt>> for ampere

type T = BigRational

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<Ratio<BigInt>> for ampere

impl Conversion<Ratio<i32>> for ampere

type T = Rational32

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<Ratio<i32>> for ampere

impl Conversion<Ratio<i64>> for ampere

type T = Rational64

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<Ratio<i64>> for ampere

impl Conversion<Ratio<isize>> for ampere

type T = Rational

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<Ratio<isize>> for ampere

impl Conversion<f32> for ampere

type T = f32

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<f32> for ampere

impl Conversion<f64> for ampere

type T = f64

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<f64> for ampere

impl Conversion<i128> for ampere

type T = Ratio<i128>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<i128> for ampere

impl Conversion<i16> for ampere

type T = Ratio<i16>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<i16> for ampere

impl Conversion<i32> for ampere

type T = Ratio<i32>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<i32> for ampere

impl Conversion<i64> for ampere

type T = Ratio<i64>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<i64> for ampere

impl Conversion<i8> for ampere

type T = Ratio<i8>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<i8> for ampere

impl Conversion<isize> for ampere

type T = Ratio<isize>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<isize> for ampere

impl Conversion<u128> for ampere

type T = Ratio<u128>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<u128> for ampere

impl Conversion<u16> for ampere

type T = Ratio<u16>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<u16> for ampere

impl Conversion<u32> for ampere

type T = Ratio<u32>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<u32> for ampere

impl Conversion<u64> for ampere

type T = Ratio<u64>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<u64> for ampere

impl Conversion<u8> for ampere

type T = Ratio<u8>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<u8> for ampere

impl Conversion<usize> for ampere

type T = Ratio<usize>

Conversion factor type specific to the underlying storage type.

fn coefficient() -> Self::T

Coefficient portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the multiplicative identity (Self::T::one()) if no coefficient exists.

fn constant(op: ConstantOp) -> Self::T

Constant portion of conversion factor for converting the given unit to the base unit for the quantity: (value * coefficient()) + constant(). Implementation should return the additive identity (Self::T::zero()) if no constant exists. See ConstantOp documentation for details about parameter use to ensure the method optimizes correctly.

fn into_conversion(&self) -> Self::T where
    Self: Sized, 

Instance conversion factor.

impl Conversion<usize> for ampere

impl Copy for ampere

impl Debug for ampere

fn fmt(&self, f: &mut Formatter) -> Result

Formats the value using the given formatter.

impl Hash for ampere

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given [Hasher].

fn hash_slice<H>(data: &[Self], state: &mut H) where
    H: Hasher, 

Feeds a slice of this type into the given [Hasher].

impl Unit for ampere

impl Unit for ampere

fn abbreviation() -> &'static str

Unit abbreviation.

fn singular() -> &'static str

Unit singular description.

fn plural() -> &'static str

Unit plural description.