Geometric Algebra Library
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Updated
Nov 30, 2019 - C++
Geometric Algebra Library
A dataset and python-based pipeline for "An open-access dataset and nearly-automated pipeline for generating finite element models of human jaw".
Spherical conformal map for genus-0 closed surfaces
geometric number library supporting unlimited dimensions with O(1) complexity
Rectangular conformal map for simply-connected open surfaces
A flask, clifford and threejs/javascript visualiser for 4,1 CGA, hosted on heroku
Disk conformal map for simply-connected open surfaces
The official implementation of the "Embed Me If You Can: A Geometric Perceptron" paper, Proceedings of the IEEE/CVF International Conference on Computer Vision (ICCV), 2021, pp. 1276-1284.
Program in CLUScript that recreates a humanoid walking cycle using Conformal Geometric Algebra concepts for transformations.
Face Detection by AdaBoost learning. Conformal Geometric Algebra is applied for feature extraction.
Circle-based vector graphics editor
Interactive exploration of conformal transformations via conformal geometric algebra (CGA)
Slycecon_3D is a software designed for the precise slicing of 3D models, specifically tailored for conformal 3D printing. This innovative tool enables users to seamlessly prepare their intricate 3D designs for optimal printing outcomes. Users passionate about 3D printing and software development are welcomed to join the Slycecon3D community.
Symbolic conformal geometry toolkit (SageMath) + discrete conformal invariants as GNN features (PyTorch)
Inverse kinematics and computational geometry with conformal geometric algebra (CGA), Python/CLUCalc, numerical validation, and singularity analysis.
Complex analysis visualization of automorphism on the unit disk
A header-only C++ library for Monte-Carlo sampling of cylic polygons with prescribed edge lengths.
Temporal Equivalence Principle: Temporal Horizon Cosmology and the Absence of a Physical Big Bang Singularity — Demonstrates that the Big Bang singularity is a reconstruction artifact of imposing a globally isochronous expanding-frame description on a conformal temporal geometry, replacing it with a regular temporal horizon.
Source code for the website of hyperboloidal research.
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