Renders complex Geometric Algebra elements into interactive SVG and WebGL graphics using ganja.js.
This skill empowers Claude to generate and manipulate interactive visualizations for Geometric Algebra (GA) using the ganja.js library. It provides high-level abstractions for rendering 1D/2D functions, Plane-Based Geometric Algebra (PGA), and Conformal Geometric Algebra (CGA) elements. By integrating SVG and WebGL rendering pipelines, it allows developers to visualize multivectors, perform visual debugging with GF(3) color mapping, and create dynamic, animated mathematical models directly within their development workflow.
Key Features
01Automated animation support via lambda expression re-evaluation
02Interactive SVG generation with support for draggable points and real-time updates
03Multi-mode rendering for 1D/2D functions, PGA2D/3D, and CGA elements
04High-performance WebGL rendering for 3D scenes and implicit surfaces
05GF(3) trit-to-color mapping for visual debugging of algebraic states
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Use Cases
01Visualizing complex geometric transformations and rotations in 3D physics simulations
02Prototyping interactive educational content for mathematical concepts and conformal geometry
03Debugging Geometric Algebra algorithms by mapping algebraic elements to visual color signatures
