rust_numpy/
lib.rs

1#![allow(unused_macros)]
2
3pub use vector::Vector;
4pub use matrix::Matrix;
5
6
7mod vector;
8mod matrix;
9mod vectors;
10mod macroses;
11
12#[cfg(test)]
13mod tests;
14
15pub trait Init {
16
17    type Output;
18    type Size;
19
20    fn init(value: f64, size: Self::Size) -> Self::Output;
21
22    fn init_func<F>(func: F, size: Self::Size) -> Self::Output
23        where F: std::ops::Fn(Self::Size) -> f64;
24
25    fn zeros(size: Self::Size) -> Self::Output {
26        Self::init(0.0, size)
27    }
28
29    fn ones(size: Self::Size) ->Self::Output {
30        Self::init(1.0, size)
31    }
32}
33
34
35pub trait Dot<Rhs = Self> {
36    type Output;
37
38    fn dot(&self, rhs: &Rhs) -> Self::Output;
39}
40
41
42// #[macro_export]
43// macro_rules! impl_math {
44//     ( $( $func:ident ),* ) => {
45//         trait Math {
46//             type Output;
47//             $(
48//             fn $func(&self) -> Self::Output {
49//                 self.apply(f64::$func)
50//             }
51//             )*
52//
53//             #[inline]
54//             fn apply(&self, func: fn(f64) -> f64) -> Self::Output;
55//         }
56//     };
57// }
58
59
60
61
62// impl_math![
63//     sin, cos, tan,
64//     // (asin), (acos), (atan),
65//     // (sinh), (cosh), (tanh),
66//     // (asinh), (acosh), (atanh),
67//     // (ln), (log10), (log2)
68//     (powf, power : f64)
69// ];
70
71
rust_numpy/lib.rs

rust_numpy/
lib.rs
