Struct Dimension

pub struct Dimension<const L: i32, const M: i32, const T: i32, const Θ: i32 = 0, const I: i32 = 0, const N: i32 = 0, const J: i32 = 0>;

Trait Implementations

impl<const L: i32, const M: i32, const T: i32, const Θ: i32, const I: i32, const N: i32, const J: i32> Clone for Dimension<L, M, T, Θ, I, N, J>

fn clone(&self) -> Dimension<L, M, T, Θ, I, N, J>

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<const L: i32, const M: i32, const T: i32, const Θ: i32, const I: i32, const N: i32, const J: i32> Debug for Dimension<L, M, T, Θ, I, N, J>

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

Formats the value using the given formatter.

impl<const L: i32, const M: i32, const T: i32, const Θ: i32, const I: i32, const N: i32, const J: i32> Default for Dimension<L, M, T, Θ, I, N, J>

fn default() -> Self

Returns the “default value” for a type.

impl<const L: i32, const M: i32, const T: i32, const Θ: i32, const I: i32, const N: i32, const J: i32> Display for Dimension<L, M, T, Θ, I, N, J>

—– NICE PRINTING —–

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

Formats the value using the given formatter.

impl<const L: i32, const M: i32, const T: i32, const Θ: i32, const I: i32, const N: i32, const J: i32> InvertDimension for Dimension<L, M, T, Θ, I, N, J>

where (): ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }>,

type Output = Dimension<{ <() as ConstNeg<L>>::OUTPUT }, { <() as ConstNeg<M>>::OUTPUT }, { <() as ConstNeg<T>>::OUTPUT }, { <() as ConstNeg<Θ>>::OUTPUT }, { <() as ConstNeg<I>>::OUTPUT }, { <() as ConstNeg<N>>::OUTPUT }, { <() as ConstNeg<J>>::OUTPUT }>

impl<const L1: i32, const M1: i32, const T1: i32, const Θ1: i32, const I1: i32, const N1: i32, const J1: i32, const L2: i32, const M2: i32, const T2: i32, const Θ2: i32, const I2: i32, const N2: i32, const J2: i32> MultiplyDimensions<Dimension<L2, M2, T2, Θ2, I2, N2, J2>> for Dimension<L1, M1, T1, Θ1, I1, N1, J1>

where (): ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }>,

type Output = Dimension<{ <() as ConstAdd<L1, L2>>::OUTPUT }, { <() as ConstAdd<M1, M2>>::OUTPUT }, { <() as ConstAdd<T1, T2>>::OUTPUT }, { <() as ConstAdd<Θ1, Θ2>>::OUTPUT }, { <() as ConstAdd<I1, I2>>::OUTPUT }, { <() as ConstAdd<N1, N2>>::OUTPUT }, { <() as ConstAdd<J1, J2>>::OUTPUT }>

impl<const L: i32, const M: i32, const T: i32, const Θ: i32, const I: i32, const N: i32, const J: i32> SqrtDimension for Dimension<L, M, T, Θ, I, N, J>

where (): ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }>,

type Output = Dimension<{ <() as ConstDiv<L, 2>>::OUTPUT }, { <() as ConstDiv<M, 2>>::OUTPUT }, { <() as ConstDiv<T, 2>>::OUTPUT }, { <() as ConstDiv<Θ, 2>>::OUTPUT }, { <() as ConstDiv<I, 2>>::OUTPUT }, { <() as ConstDiv<N, 2>>::OUTPUT }, { <() as ConstDiv<J, 2>>::OUTPUT }>

impl<const L: i32, const M: i32, const T: i32, const Θ: i32, const I: i32, const N: i32, const J: i32> SquareDimension for Dimension<L, M, T, Θ, I, N, J>

where (): ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }> + ConstCheck<{ _ }>,

type Output = Dimension<{ <() as ConstAdd<L, L>>::OUTPUT }, { <() as ConstAdd<M, M>>::OUTPUT }, { <() as ConstAdd<T, T>>::OUTPUT }, { <() as ConstAdd<Θ, Θ>>::OUTPUT }, { <() as ConstAdd<I, I>>::OUTPUT }, { <() as ConstAdd<N, N>>::OUTPUT }, { <() as ConstAdd<J, J>>::OUTPUT }>

impl<const L: i32, const M: i32, const T: i32, const Θ: i32, const I: i32, const N: i32, const J: i32> Copy for Dimension<L, M, T, Θ, I, N, J>