The author has been developing a rasterizer engine in C++ for several months and is now adding ray-tracing capabilities, allowing users to load models or generate meshes, add lights, and render them.
C++
2025-03-12
- website
Highlight 1
The engine features robust ray-tracing functionality that enhances the visual quality of rendered images.
Highlight 2
The model loading and mesh generation capabilities are intuitive, allowing users to quickly get started without extensive training.
Highlight 3
The system supports adding various lighting effects, which greatly enhances the realism of the scenes.
Improvement 1
The app could benefit from more comprehensive documentation and tutorials for users with varying levels of expertise.
Improvement 2
Performance optimizations for rendering complex scenes, especially on lower-end hardware, could enhance user experience.
Improvement 3
Implementing a more advanced user interface could make navigation and functionality discovery easier for users.
Product Functionality
Consider adding features like exporting rendered images and support for more 3D model formats to increase functionality.
UI & UX
Enhance the UI with a more modern design, and improve navigation to make it easier for users to find functionalities.
SEO or Marketing
Implement a blog section for tutorials and tips related to 3D rendering, which can improve organic search visibility.
MultiLanguage Support
Add multi-language support to cater to a wider audience, especially in regions with growing interest in 3D graphics.
- 1
What platforms does the engine support?
The rasterizer engine is primarily developed for Windows and may work on other platforms that support C++ applications with some modifications.
- 2
Can I use my own 3D models?
Yes, you can load your own 3D models into the engine for rendering purposes.
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Is the software open-source?
Yes, the project is hosted on GitHub, making it open-source and available for contributions.