Module core 

Pure Rust BEM (Boundary Element Method) Solver

This module provides a complete BEM solver for acoustic scattering problems, supporting Traditional BEM (TBEM), Single-Level Fast Multipole (SLFMM), and Multi-Level Fast Multipole (MLFMM) methods.

Architecture

• types: Core data structures (Mesh, Element, PhysicsParams)
• constants: Physical and integration constants
• greens: Green’s function computations (via math-wave)
• mesh: Mesh loading, element operations, and mesh generators
• integration: Numerical quadrature (Gauss-Legendre, singular)
• assembly: BEM matrix assembly (TBEM, SLFMM, MLFMM)
• solver: Linear solvers (Direct, CGS, BiCGSTAB)
• incident: Incident field computation (plane waves, point sources)
• postprocess: Result computation at evaluation points
• io: Input/output (NC.inp format, JSON)
• bem_solver: High-level API for solving BEM problems
• algebra: Pure Rust linear algebra fallbacks for WASM portability
• parallel: Portable parallel iteration (works with native, WASM, or sequential)

Re-exports

pub use bem_solver::AssemblyMethod;

pub use bem_solver::BemError;

pub use bem_solver::BemProblem;

pub use bem_solver::BemSolution;

pub use bem_solver::BemSolver;

pub use bem_solver::SolverMethod;

pub use constants::PhysicsParams;

pub use incident::IncidentField;

pub use types::*;

Modules

assembly

BEM matrix assembly

bem_solver

High-level BEM Solver API

constants

Physical and integration constants

incident

Incident field computation

integration

Numerical integration for BEM

io

Input/Output for BEM solver

mesh

Mesh structures and element operations

parallel

Portable parallel iteration abstractions

postprocess

Post-processing: compute pressure at evaluation points

solver

Linear solvers for BEM

types

Core type definitions for BEM solver