Crate coord

coord is a simple, ergonomic vector mathematics crate for Rust designed for use in game development, physics engines and other programs that deal with general-purpose multi-variable mathematics

Features

• Basic vector operations
• Basic primitive operations
• Basic mathematic operations upon vectors
• Macros that make manipulating vectors simpler
• Vector serialization
• Hash support

Coming Soon

• Bitwise vector operations
• More mathematic functions
• Conversion between primitive vectors of different types

Examples

#[macro_use]
extern crate coord;
use coord::prelude::*;

fn main() {
	// Coord supports 4 multi-variable vector types: Vec1, Vec2, Vec3 and Vec4
	let mut v = vec3!(1.0, 2.5, 3.0);

	// Coord supports common mathematical operations for both primitive and vector types
    // The macros support multiple methods of construction including arrays and tuples
	v += vec3![1.0; 3] * 5.0;
	let _ = v * vec3!([10.0, 10.0, 10.0]);

	// Coord implements many common mathematic functions
	let _ = v.length();
	let _ = v.norm();

	// Coord supports debug and display printing of vectors
	println!("Debug => {:?}", v);
	println!("Display => {:?}", v);

	// Coord allows arbitrary vector component types
	let _ = vec2!(true, false); // Create a boolean vector
}

Modules

defaults

This module contains several type definitions that make working with coord simpler and faster

macros

Macro definitions

math

Mathematic functions and traits

prelude

This module contains a variety of commonly used types and functions.

vec1

Functionality pertaining to Vec1

vec2

Functionality pertaining to Vec2

vec3

Functionality pertaining to Vec3

vec4

Functionality pertaining to Vec4

Macros

vec1

Neatly construct a Vec1 from arbitrary components

vec2

Neatly construct a Vec2 from arbitrary components

vec3

Neatly construct a Vec3 from arbitrary components

vec4

Neatly construct a Vec4 from arbitrary components

Traits

VecItem

A trait implemented by all types that can exist within a vector

Vector

A trait implemented by all vector types