A higher-dimensional ray tracing prototype written in Rust that explores non-Euclidean geometry.
Euclider is a higher-dimensional ray tracing prototype written in Rust that visualizes non-Euclidean and multidimensional spaces. It allows users to render scenes with complex geometries, such as warped hallways and 4D hypercubes, using real-time ray tracing techniques. The project serves as a tool for exploring abstract mathematical concepts through interactive graphics.
Developers, researchers, and enthusiasts interested in computer graphics, mathematical visualization, and non-Euclidean geometry who want to experiment with ray tracing in higher dimensions.
Euclider offers a unique combination of performance, correctness, and interactivity for visualizing higher-dimensional and non-Euclidean spaces, leveraging Rust's efficiency to handle computationally intensive ray tracing tasks that are not typically addressed by standard graphics libraries.
A higher dimensional raytracing prototype with non-euclidean-like features
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Supports rendering in 3D and 4D spaces, enabling visualization of hypercubes and cylinders, as shown in preview images with 4D hypercube frames.
Simulates spaces that bend or distort, such as hallways that stretch or shrink, allowing exploration of complex geometric concepts in real-time.
Provides intuitive camera controls for 3D scenes and specialized keybindings for rotating in 4D environments, enhancing user interaction with complex spaces.
Implements materials like glass, reflective surfaces, and animated Perlin noise textures, demonstrated in the 3D room scene with various entities.
Loads predefined scenes from JSON files, making it straightforward to test different configurations and geometries without code changes.
Depends on the nightly version of Rust, which can be unstable and may introduce breaking changes, complicating setup and long-term maintenance.
4D navigation involves complex key combinations and conceptual understanding, making it challenging for users unfamiliar with higher-dimensional geometry.
As a ray tracing prototype, real-time rendering might struggle with highly complex scenes or high resolutions, as indicated by the resolution adjustment via mouse wheel.
The README provides basic installation and controls but lacks in-depth guides, API documentation, or examples beyond the few provided scenes.