Extracts the planes for a WebGL viewing frustum

Determines if camera's frustum intersects with aabb box and sphere

Checks if an axis aligned bounding box intersects a camera frustum.

WebGPU 3D library

Enhanced InstancedMesh with frustum culling, fast raycasting (using BVH), sorting, visibility management and more.

Auxiliary Lines toolkit to draw auxiliary frame for collider, frustum, light and bounding box.

Frustum culling and others.

Deterministic, persistent 3D/2D spatial world model for AI agents with entity tracking, object permanence, movement simulation, and expected view frustum projection.

Immediate-mode debug-draw convenience layer on top of RHI — line / sphere / aabb / frustum shape API with per-frame CPU staging and single-PSO line-list rendering.

3D octree spatial indexing with frustum culling

GPU instancing, LOD, BVH frustum culling, and occlusion culling for [PlayCanvas](https://playcanvas.com/).

Render pipeline for p5.js v2 — pose and camera interpolation, space transforms, frustum visibility, HUD, post-processing pipe, picking, interactive 3D handles, 6-DOF helms, and declarative control panels.

Rust/wasm kernels for voxelkloud's LOD scheduler: frustum extraction, AABB classification and screen-space-error priority over the wasm linear memory.

Collection of functions to operate such geometrical concepts as Sphere, Box, Plane, Frustum, Ray, Axis and Angle, Euler's Angles, Quaternion and other. Why MathConcepts? Three reasons. All functions of the module are purely functional. MathConcepts heavil

Culling Functionality for 3D Classes

Frustum Lock component for A-Frame.

This is an **incomplete** a-frame component that provides an easy to use/performant grass renderer. You can check it out [here](https://bernardo.lol/frustum-grass/index.html).

Cesium Graphics extensions (Frustum, etc.) for Entity visualization

Camera projection math for genart.dev — 3D-to-2D projection, frustum culling, depth sorting, camera presets

Collection of functions to operate such geometrical concepts as Sphere, Box, Plane, Frustum, Ray, Axis and Angle, Euler's Angles, Quaternion and other. Why MathModels? Three reasons. All functions of the module are purely functional. MathModels heavily re