Struct Algebra

pub struct Algebra<B: Backend> { /* private fields */ }

Standard implementation of CSG operations using min/max R-functions.

Zero-cost implementation that provides exact Boolean operations on scalar fields. Thread-safe and stateless.

Examples

use crater::csg::prelude::*;
use burn::backend::wgpu::Wgpu;

let algebra = Algebra::<Wgpu>::default();
// let combined = algebra.union(sphere_field, cube_field);

Trait Implementations

impl<B: Backend> CSGAlgebra<B> for Algebra<B>

fn union( &self, f1: Tensor<B, 1, Float>, f2: Tensor<B, 1, Float>, ) -> Tensor<B, 1, Float>

Computes the union of two scalar fields using min(f₁, f₂).

fn intersection( &self, f1: Tensor<B, 1, Float>, f2: Tensor<B, 1, Float>, ) -> Tensor<B, 1, Float>

Computes the intersection of two scalar fields using max(f₁, f₂).

fn difference( &self, f1: Tensor<B, 1, Float>, f2: Tensor<B, 1, Float>, ) -> Tensor<B, 1, Float>

Computes the difference of two scalar fields using max(f₁, -f₂).

impl<B: Debug + Backend> Debug for Algebra<B>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<B: Backend> Default for Algebra<B>

fn default() -> Self

Creates a new Algebra instance with default min/max CSG operations.