3 个仓库
Discards geometry outside the camera view volume to optimize rendering performance.
Distinct from Rendering Clipping Regions: Distinct from general clipping regions: focuses specifically on camera frustum-based culling for 3D rendering.
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This project is an educational platform and technical reference for learning real-time graphics programming through the development of custom shaders. It provides a comprehensive guide to the programmable graphics pipeline, offering a collection of tutorials and interactive examples that demonstrate how to manipulate coordinate spaces, manage buffer data, and implement complex rendering techniques in 3D environments. The repository distinguishes itself as a versatile toolkit for both photorealistic and non-photorealistic rendering. It includes modular implementations for stylized aesthetics s
Discards vertices that fall outside the camera view volume to prevent rendering objects that are not visible.
该项目是一个创意编码展示和交互式 3D 作品集模板。它利用 JavaScript 和 ThreeJS 渲染一个可导航的浏览器环境,用于展示专业项目和数字艺术作品。 该项目实现了 WebGL 交互式画廊和沉浸式数字展示。这些环境使用硬件加速图形来提供 3D 导航和创意 Web 动画。 技术实现包括带有摄像机移动和灯光的 3D 场景,并由 GLTF 模型加载和基于射线投射(raycaster)的交互提供支持。该架构采用实体-组件-系统(ECS)模式和一个同步动画循环来管理三维对象的渲染。
Employs frustum clipping to optimize performance by discarding geometry outside the camera view.
Renderer is a low-level software graphics engine implemented in standard C for educational and experimental real-time computer graphics. It functions as a CPU rasterizer that computes vertex transformations, clipping, texturing, and lighting entirely through software computation without requiring hardware acceleration. The software includes a geometry pipeline supporting depth and alpha testing, geometry clipping and culling, and perspective-correct attribute interpolation. Its lighting and shading subsystem provides advanced physical simulation including metallic-roughness and specular-gloss
Removes hidden back-faces and clips primitives against homogeneous coordinates to optimize performance.