A program which creates a 8x8 table consisting of gaps (space) and 0. Then it displays the three rotations that it can have (by 90 degrees). Consider it like rotating a custom brick in Tetris.

My 4d lab

For quantum computing, this is a simple way to determine how much to rotate around a Bloch sphere.

C++ header-only library that uses TMP to generate all rotations of a given integral sequence at compile-time.

Scripted cube for Second Life for learning and exploring rotation, translation, and co-ordinate systems.

Minimal Inverse Kinematics library

AVL tree: height-balanced trees in C supporting add, remove, search, update features. A comparison of AVL trees with red-black trees is also done(std::set).

A code for the numerical integration and visualization of a rotating rigid body under no external moments using a quaternion parameterization.

A guide on understanding how rotations work in FreeCAD.

Draw rotated things (with PySimpleGUI)

Numerical demonstration and explanation of the intermediate axis theorem

A Julia mini-package for efficiently applying elements of the symmetry group of a square to matrices.

Convert rotation representations (Fortran version)

Velocity-based finite element formulation for nonlinear dynamic analysis of beams

Rotation-Based Iterative Gaussianization algorithm.

Simple GUI to publish TF frames

3D models from some SpongeBob SquarePants characters and scenarios, implemented using OpenGL API.

Simple SFML physic engine

OCaml implementation of Marc Alexa's Super-Fibonacci Spirals (CVPR 2022)

Repository containing quaternionic analysis book