Trait zoom::vector::Vector [−] [src]

pub trait Vector<D>: Sized + Clone + Copy + Zero + Add<Self, Output=Self> + Sub<Self, Output=Self> + Neg<Output=Self> + Mul<D, Output=Self> + Div<D, Output=Self> where D: Float {
    fn space_ball(d: D) -> D;
    fn dot(lhs: &Self, rhs: &Self) -> D;
    fn space_box(&self) -> D;
    fn displacement(&self) -> D;

    fn displacement_squared(&self) -> D { ... }
    fn normalized(&self) -> Self { ... }
    fn normalize(&mut self) { ... }
}

Trait that implements all the functions necessary for any n-dimensional particle.

Required Methods

fn space_ball(d: D) -> D

Returns the space contained by an n-sphere with edge displacement d in the dimensional system of this vector

fn dot(lhs: &Self, rhs: &Self) -> D

Returns the result of the cos of the angle between two vectors multiplied by their magnitudes

fn space_box(&self) -> D

Returns the space contained by the vector relative to the origin forming a box

fn displacement(&self) -> D

Returns the length of a vector

Provided Methods

fn displacement_squared(&self) -> D

Returns the squared length of a vector; this is more efficient than displacement() for cartesian vectors

fn normalized(&self) -> Self

Returns a vector in the same direction as this one, but with length 1

fn normalize(&mut self)

Make this vector normalized().

Implementors