pymiediff.helper

Helper namespace for pymiediff.

This package groups utility functions used by the main scattering solvers and exposes an optional bridge to torchgdm.

Submodules

helper	General-purpose helper utilities used across pymiediff.
tg	pymiediff.helper.tg

Frequently used symbols

helper.get_truncution_criteroin_wiscombe(ka)	Estimate n_max with Wiscombe's truncation criterion.
helper.get_truncution_criteroin_pena2009(k0, ...)	Peña/Pal (2009) truncation criterion for multilayer spheres.
helper.detach_tensor(args[, item])	Detach tensors and convert them to NumPy arrays.
helper.transform_fields_spherical_to_cartesian(...)	Convert field components from spherical to Cartesian basis.
helper.transform_spherical_to_xyz(r, theta, phi)	Convert spherical coordinates to Cartesian coordinates.
helper.transform_xyz_to_spherical(x, y, z)	Convert Cartesian coordinates to spherical coordinates.
helper.interp1d(x_eval, x_dat, y_dat)	One-dimensional linear interpolation in PyTorch.
helper.funct_grad_checker(z, funct, inputs)	Compare autograd and numerical derivatives.
helper.plane_wave_expansion(n)	Return plane-wave VSH expansion coefficient a_pw_n.
tg.StructAutodiffMieEffPola3D(mie_particle, ...)	TorchGDM Mie-theory based 3D point polarizability with auto-diff support
tg.StructAutodiffMieGPM3D(mie_particle, ...)	Autodiff-capable TorchGDM GPM structure from a pymiediff.Particle.