Module codegen 

Code generation for geometric algebra types.

This module provides code generators that produce Rust code from algebra specifications. The generated code includes struct definitions, accessors, constructors, and basic operations.

Example

use clifford_codegen::algebra::Algebra;
use clifford_codegen::codegen::TypeGenerator;
use clifford_codegen::spec::parse_spec;

let spec = parse_spec(r#"
[algebra]
name = "test"
complete = false

[signature]
positive = ["e1", "e2"]

[types.Vector]
grades = [1]
field_map = [
  { name = "x", blade = "e1" },
  { name = "y", blade = "e2" }
]
"#).unwrap();

let algebra = Algebra::euclidean(2);
let generator = TypeGenerator::new(&spec, &algebra);

let tokens = generator.generate_types_file();
let code = tokens.to_string();

assert!(code.contains("pub struct Vector"));

Structs

ConversionsGenerator

Generates Multivector conversion implementations.

ProductGenerator

Generates the products.rs file.

TraitsGenerator

Generates trait implementations for algebra types.

TypeGenerator

Generates Rust struct definitions for algebra types.

UnaryGenerator

Generates Rust code for unary operations.

Functions

format_tokens

Formats a token stream using rustfmt.