Struct dimensioned::si::SI

pub struct SI<Meter: Peano = Zero, Kilogram: Peano = Zero, Second: Peano = Zero, Ampere: Peano = Zero, Kelvin: Peano = Zero, Candela: Peano = Zero, Mole: Peano = Zero> {
    // some fields omitted
}

Trait Implementations

impl<Meter: Peano, Kilogram: Peano, Second: Peano, Ampere: Peano, Kelvin: Peano, Candela: Peano, Mole: Peano> Dimension for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole>

impl<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole, m, kg, s, amp, kelvin, candela, mole> Same<SI<m, kg, s, amp, kelvin, candela, mole>> for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> where Meter: Peano + Same<m>, Kilogram: Peano + Same<kg>, Second: Peano + Same<s>, Ampere: Peano + Same<amp>, Kelvin: Peano + Same<kelvin>, Candela: Peano + Same<candela>, Mole: Peano + Same<mole>, m: Peano, kg: Peano, s: Peano, amp: Peano, kelvin: Peano, candela: Peano, mole: Peano, Meter::Output: Peano, Kilogram::Output: Peano, Second::Output: Peano, Ampere::Output: Peano, Kelvin::Output: Peano, Candela::Output: Peano, Mole::Output: Peano

type Output = SI<Meter::Output, Kilogram::Output, Second::Output, Ampere::Output, Kelvin::Output, Candela::Output, Mole::Output>

impl<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole, m, kg, s, amp, kelvin, candela, mole> Mul<SI<m, kg, s, amp, kelvin, candela, mole>> for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> where Meter: Peano + Add<m>, Kilogram: Peano + Add<kg>, Second: Peano + Add<s>, Ampere: Peano + Add<amp>, Kelvin: Peano + Add<kelvin>, Candela: Peano + Add<candela>, Mole: Peano + Add<mole>, m: Peano, kg: Peano, s: Peano, amp: Peano, kelvin: Peano, candela: Peano, mole: Peano, Meter::Output: Peano, Kilogram::Output: Peano, Second::Output: Peano, Ampere::Output: Peano, Kelvin::Output: Peano, Candela::Output: Peano, Mole::Output: Peano

type Output = SI<Meter::Output, Kilogram::Output, Second::Output, Ampere::Output, Kelvin::Output, Candela::Output, Mole::Output>

fn mul(self, rhs: SI<m, kg, s, amp, kelvin, candela, mole>) -> Self::Output

impl<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole, m, kg, s, amp, kelvin, candela, mole> Div<SI<m, kg, s, amp, kelvin, candela, mole>> for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> where Meter: Peano + Sub<m>, Kilogram: Peano + Sub<kg>, Second: Peano + Sub<s>, Ampere: Peano + Sub<amp>, Kelvin: Peano + Sub<kelvin>, Candela: Peano + Sub<candela>, Mole: Peano + Sub<mole>, m: Peano, kg: Peano, s: Peano, amp: Peano, kelvin: Peano, candela: Peano, mole: Peano, Meter::Output: Peano, Kilogram::Output: Peano, Second::Output: Peano, Ampere::Output: Peano, Kelvin::Output: Peano, Candela::Output: Peano, Mole::Output: Peano

type Output = SI<Meter::Output, Kilogram::Output, Second::Output, Ampere::Output, Kelvin::Output, Candela::Output, Mole::Output>

fn div(self, rhs: SI<m, kg, s, amp, kelvin, candela, mole>) -> Self::Output

impl<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole, RHS> Pow<RHS> for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> where Meter: Peano + Mul<RHS>, Kilogram: Peano + Mul<RHS>, Second: Peano + Mul<RHS>, Ampere: Peano + Mul<RHS>, Kelvin: Peano + Mul<RHS>, Candela: Peano + Mul<RHS>, Mole: Peano + Mul<RHS>, RHS: Peano, Meter::Output: Peano, Kilogram::Output: Peano, Second::Output: Peano, Ampere::Output: Peano, Kelvin::Output: Peano, Candela::Output: Peano, Mole::Output: Peano

type Output = SI<Meter::Output, Kilogram::Output, Second::Output, Ampere::Output, Kelvin::Output, Candela::Output, Mole::Output>

fn pow(rhs: RHS) -> Self::Output

impl<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole, RHS> Root<RHS> for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> where Meter: Peano + Div<RHS>, Kilogram: Peano + Div<RHS>, Second: Peano + Div<RHS>, Ampere: Peano + Div<RHS>, Kelvin: Peano + Div<RHS>, Candela: Peano + Div<RHS>, Mole: Peano + Div<RHS>, RHS: Peano, Meter::Output: Peano, Kilogram::Output: Peano, Second::Output: Peano, Ampere::Output: Peano, Kelvin::Output: Peano, Candela::Output: Peano, Mole::Output: Peano

type Output = SI<Meter::Output, Kilogram::Output, Second::Output, Ampere::Output, Kelvin::Output, Candela::Output, Mole::Output>

fn root(radicand: RHS) -> Self::Output

impl<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> Recip for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> where Meter: Peano + Neg, Kilogram: Peano + Neg, Second: Peano + Neg, Ampere: Peano + Neg, Kelvin: Peano + Neg, Candela: Peano + Neg, Mole: Peano + Neg, Meter::Output: Peano, Kilogram::Output: Peano, Second::Output: Peano, Ampere::Output: Peano, Kelvin::Output: Peano, Candela::Output: Peano, Mole::Output: Peano

type Output = SI<Meter::Output, Kilogram::Output, Second::Output, Ampere::Output, Kelvin::Output, Candela::Output, Mole::Output>

fn recip(self) -> Self::Output

impl<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> DimToString for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole> where Meter: ToInt, Kilogram: ToInt, Second: ToInt, Ampere: ToInt, Kelvin: ToInt, Candela: ToInt, Mole: ToInt

fn to_string() -> String

Derived Implementations

impl<Meter: Clone + Peano, Kilogram: Clone + Peano, Second: Clone + Peano, Ampere: Clone + Peano, Kelvin: Clone + Peano, Candela: Clone + Peano, Mole: Clone + Peano> Clone for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole>

fn clone(&self) -> SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole>

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

impl<Meter: Copy + Peano, Kilogram: Copy + Peano, Second: Copy + Peano, Ampere: Copy + Peano, Kelvin: Copy + Peano, Candela: Copy + Peano, Mole: Copy + Peano> Copy for SI<Meter, Kilogram, Second, Ampere, Kelvin, Candela, Mole>