This Rust library was created to provide easy-to-use utility structures for 2D and 3D points, along with basic arithmetic operations for these structures. The library was designed to simplify geometric computations in Rust programs, by providing a set of simple and robust data structures.
The library is ideal for use in games, simulations, and other applications that require efficient and accurate geometric computations. By providing a set of generic point structures that can be used with both integer and floating-point coordinates, the library offers a flexible and powerful toolset for developers.
Whether you're working on a complex simulation or a simple game, this library can help simplify your code and improve performance, by providing a set of reliable and optimized point structures that are easy to use and integrate into your programs.
To get started using this library, simply add the following line to your Cargo.toml file
pt = { git = "https://github.com/KGuz/pt.git" }Here are some examples of basic arithmetic operations using the pt library
use {approx::*, pt::*};
let a = pt![1., 1.];
let b = pt![1., 0.];
// Basic arithmetic
let equation = ((1. + b) * 1. - a * a) / 1.;
assert_eq!(equation, pt![1., 0.]);
// Linear algebra
let equation = (a.cross(&b).mag() / a.dot(&b)).atan();
assert_relative_eq!(equation, a.angle(&b));See the contributing guide for detailed instructions on how to get started with this project.
The project is made available under the MIT license. See the license file for more information.