Package EMpy

EMpy: Electromagnetic Python.

The package contains some useful routines to study electromagnetic problems with Python.

An implementation of the Transfer Matrix algorithm, both isotropic and anisotropic.
An implementation of the Rigorous Coupled Wave Analysis, both isotropic and anisotropic.
A collection of Modesolvers to find modes of optical waveguides.
A library of materials.

It is based on numpy and scipy.

Version: 0.1.3

Author: Lorenzo Bolla

Submodules

EMpy.FDTD: FDTD Postprocessing.
EMpy.RCWA: rigorous Coupled Wave Analysis.
EMpy.constants: Useful constants.
EMpy.devices: Set of objects and functions to describe the behaviour of some widely known devices and build new ones.
EMpy.materials: Functions and objects to manipulate materials.
EMpy.modesolvers: Collection of different algorithms to find modes of optical waveguides.
EMpy.scattering
EMpy.setup
EMpy.transfer_matrix: Transfer matrix for isotropic and anisotropic multilayer.
EMpy.utils: Useful functions and objects used more or less everywhere.
EMpy.version