Plasmonics Python Packages

generaltmm

General 4×4 transfer-matrix method (TMM) for optical simulations of isotropic and anisotropic multilayer structures. C++ core with Python bindings.

7K 8 2

mnpbem-mesh2d

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

4K 1 0

mnpbem-material

Material dielectric models for plasmonic electrodynamics in MNPBEM-Python.

381 1 0

mnpbem-particles

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

373 1 0

mnpbem-demo-mnpbem

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

346 1 0

mnpbem-base

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

341 1 0

mnpbem

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

336 1 0

mnpbem-demo

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

303 1 0

mnpbem-misc

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

296 1 0

mnpbem-bem

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

290 1 0

mnpbem-greenfun

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

281 1 0

mnpbem-simulation

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

277 1 0

mnpbem-mie

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

272 1 0

mnpbem-help

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

267 1 0

mnpbem-mex

a modular implementation of scientific workflows inspired by the MNPBEM ecosystem.

239 1 0

mstm-studio

Python wrapper for multiple sphere T-matrix (MSTM) code and Mie theory to calculate surface plasmon resonance (SPR) spectrum and fit it to experiment

193 24 9