pymiediff.multishell

Vectorized Mie solvers for spherical particles.

This module implements low-level numerical routines for:

• Mie coefficients (a_n, b_n, optional internal coefficients),

• integrated observables (cross sections),

• far-field angular scattering amplitudes,

• near-field electric and magnetic components.

The API is multilayer-first while keeping compatibility with legacy homogeneous/core-shell arguments.

Functions

angular_scattering(k0, theta[, r_layers, ...])	Compute far-field scattering amplitudes and intensities.
cross_sections(k0[, r_layers, eps_layers, ...])	Compute extinction, scattering, and absorption cross sections.
mie_coefficients(k0[, r_layers, eps_layers, ...])	Compute Mie coefficients for spherical particles.
nearfields(k0, r_probe[, r_layers, ...])	Compute incident, scattered, and total near fields.