Crate clifford_codegen 

Code generator for optimized geometric algebra types.

This crate provides tools to generate Rust code for geometric algebra operations. Given an algebra specification (signature + type definitions), it generates optimized, strongly-typed code for all products and operations.

Architecture

• algebra: Core blade algebra computations (signs, products, grades)
• discovery: Automatic entity discovery from geometric constraints
• spec: TOML specification parsing and validation
• codegen: Code generation from specifications
• symbolic: Symbolic constraint verification (requires symbolic feature)

Example

use clifford_codegen::algebra::{Algebra, Blade, ProductTable};

// Create a 3D Euclidean algebra
let algebra = Algebra::euclidean(3);

// Build product table
let table = ProductTable::new(&algebra);

// Compute e1 * e2
let e1 = Blade::basis(0);
let e2 = Blade::basis(1);
let (sign, result) = table.geometric(e1.index(), e2.index());

assert_eq!(sign, 1);
assert_eq!(result, 0b11); // e12

Modules

algebra

Core blade algebra computations.

codegen

Code generation for geometric algebra types.

discovery

Entity discovery for geometric algebra code generation.

spec

Algebra specification parsing and representation.

symbolic

Symbolic constraint verification using Symbolica.