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Diffractio.diffractio module init module to control the rest of the modules. Python diffraction and interference could always use more documentation, whether as part of the official python diffraction and interference docs, in docstrings, or even on the web in blog posts, articles, and such. Features diffractio is a python library for diffraction and interference optics

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It implements scalar and vector optics In diffractio, we have used the algorithm described in The scalar propagation schemes are implemented in modules

Diffractio.utils_drawing module view_image() concatenate_drawings() draw2d() draw_several_fields() change_image_size() extract_image_from_video() normalize_draw() prepare_drawing() prepare_video() make_video_from_file() reduce_matrix_size() draw_edges() 4.1.17

$ pip install diffractio this is the preferred method to install python diffraction and interference, as it will always install the most recent stable release If you don’t have pip installed, this python installation guide can guide you through the process From diffractio import um, nm, mm, np from diffractio.scalar_fields_x import scalar_field_x from diffractio.scalar_sources_x import scalar_source_x from diffractio. Class for controlling the other modules.

Binary fresnel lens with the modules diffractio.scalar_sources_x, scalar_fields_x and scalar_masks_x for propagating a field generated by a scalar light only the propagation to a given distances is performed If you need to visualize the z propagation it is better the use of diffractio.scalar_fields_xz, since it performs a for loop over a number of distances given by a linspace array. Algorithms propagation algorithms is a fundamental key in diffractio package The algorithms implemented for scalar propagation are