Efficient computation of the smallest bounding ball of a point set, in arbitrary number of dimensions

Package contains algorithms to calculate smallest enclosing sphere for a given set of points in N dimensions.

Compute bounding sphere for a set of points using Jack Ritter's algorithm

3D collision detection written in golang

Common mathematics library, C99 GLM alternative (vector, matrix, quaternion, camera, bounding, color)

Computes the bounding sphere of a gltf model

2D and 3D test of Welzl Minimum Bounding Cicle/Sphere

Create Bounding Sphere from 3d points using covariance matrix and jacobi rotation matrix algorithm

Bounding Volumes (BV), BV Hierachies and Spatial Partitioning w/ OctTrees + BSPTrees for Spatial Data Structures Study

Single-header, lightweight, and performant bounded priority deque with wide applicability via templating