Module micromath::vector

Algebraic vector types generic over a number of axes and a component type.

All vectors types impl the Vector trait, and all vector components impl the Component trait. The Vector trait provides a number of features, including accessing components by Index<usize>, iterator support via an iter() method which returns an Iter type, and a to_array() method for returning the vector components as a GenericArray.

For vectors whose components impl Into<f32>, a set of vector geometry extensions are provided by the VectorExt trait, including computing the distance between vectors and the magnitude of a vector.

Structs

F32x2	2-dimensional XY vector of f32 values
F32x3	3-dimensional XYZ vector of f32 values
I16x2	2-dimensional XY vector of i16 values
I16x3	3-dimensional XYZ vector of i16 values
I32x2	2-dimensional XY vector of i32 values
I32x3	3-dimensional XYZ vector of i32 values
I8x2	2-dimensional XY vector of i8 values
I8x3	3-dimensional XYZ vector of i8 values
Iter	Iterator over the components of an algebraic vector
U16x2	2-dimensional XY vector of u16 values
U16x3	3-dimensional XYZ vector of u16 values
U32x2	2-dimensional XY vector of u32 values
U32x3	3-dimensional XYZ vector of u16 values
U8x2	2-dimensional XY vector of u8 values
U8x3	3-dimensional XYZ vector of u8 values

Traits

Component	Vector components. All components must be Copy + Sized types which support basic arithmetic (Add, Sub, Mul, Div), as well as Default, PartialEq and PartialOrd.
Vector	Vectors with numeric components
VectorExt	Vector geometry extensions usable on vectors whose components can be converted into f32.