This library provides ways to create and deal with multi-dimensional arrays. It basically tries to generalize Box<[T]>, &[T] and &mut[T] to multiple dimensions with some convenient methods that allow you to slice views, create lower-dimensional slices of it, subsampled or reversed views or even swap dimensions (for example, to create a transposed view of a 2D matrix).

Example

In the following example you'll see how a 3D array and two views into it (2D and 1D) can be created.

```rust use multiarray::*;

let mut voxels = Array3D::new([3,4,5], 0); // 3x4x5 ints voxels[[0,0,0]] = 1; voxels[[1,2,3]] = 23; voxels[[2,3,4]] = 42; assert!(voxels[[1,2,3]] == 23); let slice = voxels.eliminateddim(1, 2); // 2D slice assert!(slice[[1,3]] == 23); let lane = slice.eliminateddim(1, 3); // 1D lane assert!(lane[1] == 23); ```

Here, slice is a 2D slice of the 3D volume (at y=2) and lane is a one-dimensional view that also acts as an ExactSize/DoubleEnded iterator.