fixed-vectors

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Library implementing fixed-length Vectors meant for representing dimensional values. Tested heavily to ensure safety during use.

Testing

```bash $ cd fixed-vectors $ cargo test ...

If things go well during the tests you should see ok as the test result.

```

Examples

There are various examples implemented within the examples directory to look at for getting started. If you would like to run an example within the examples directory you can run the following commands. bash $ cd fixed-vectors $ cargo run --example [EXAMPLE_NAME]

Written Examples

Custom Vector Example below shows how you would create a custom Vector Struct.

```rust use fixedvectors::{Vector, implvector};

struct Vector5 { x: T, y: T, z: T, w: T, v: T, }

// StructName // { StructFields, * } // ( TupleGenerics, * ) // SizeOfVector impl_vector!(Vector5 { x, y, z, w, v }, (T, T, T, T, T), 5);

fn main() { println!("Vector5 Name: {}", Vector5::<()>::NAME); println!("Vector5 Length: {}", Vector5::<()>::LEN); println!("Vector5 Size: {}", Vector5::::SIZE);

let vector = Vector5::new(1, 2, 3, 4, 5);

println!("Vector: {}", vector);
println!("Vector Debug: {:?}", vector);
println!("Vector as Tuple: {:?}", vector.to_tuple());
println!("Vector as Array: {:?}", vector.to_array());
println!("Vector as Vec: {:?}", vector.to_vec());

let mut sum = 0;
for i in vector { sum += i; }
println!("Vector Sum: {}", sum);

} ```

License

MIT