Numeric Rust

N-dimensional matrix class for Rust 1.0. It links to OpenBLAS and LAPACK to make tensor operations fast (such as matrix multiplications and linear solvers). It utilizes Rust's move semantics as much as possible to avoid unnecessary copies.

Documentation

http://numeric.rs/doc/numeric/index.html

Features

Some of the completed and planned features:

[x] Element-wise addition, subtraction, multiplication, division
[x] Matrix multiplication and scalar product
[x] Indexing
[x] Slicing
[x] Generic (anything from Tensor<bool> to Tensor<f64>)
[x] Mathematical functions
[x] Linear solver
[x] Basic random number generation
[x] Creation macro
[x] Updating slices
[ ] Strided slices
[ ] Broadcasted axes
[ ] Matrix inverse and SVD

Example

```rust

[macro_use(tensor)]

extern crate numeric;

use numeric::Tensor;

fn main() { let a: Tensor = Tensor::range(6).reshape(&[2, 3]); let b = tensor![7.0, 3.0, 2.0; -3.0, 2.0, -5.0]; let c = tensor![7.0, 3.0, 2.0];

let d = &a + &b;         // a copy is made
println!("d = {}", d);

let e = a.dot(&c);       // matrix multiplication (returns a new tensor)
println!("e = {}", e);

let f = a + &b;          // a is moved (no new memory is allocated)
println!("f = {}", f);

// Higher-dimensional
let g: Tensor<f64> = Tensor::ones(&[2, 3, 4, 5]);
println!("g = {}", g);

} ```

Output:

d = 7 4 4 0 6 0 [Tensor<f64> of shape 2x3] e = 7 43 [Tensor<f64> of shape 2] f = 7 4 4 0 6 0 [Tensor<f64> of shape 2x3] g = ... [Tensor<f64> of shape 2x3x4x5]

Acknowledgement

Borrowing shamelessly from the great projects Numpy and Torch7.