Carter Francis
CSSFrancis
Research and Development Scientist at Direct Electron. Maintainer for pyxem.
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This is basic package for simulation of amorphous materials. It is in development to help with the understanding of amorphous materials
A QT application for visualizing TEM data using HyperSpy as a backend.
Code for "Clustering Diffraction Vectors from Overlapping Structures in 4D STEM Data Sets"
a lightweight, interactive viewer for 1-D signals, 2-D images and 3D. Backed by anywidget and a pure-JavaScript canvas renderer. Written for use in python and jupyter with (roughly) matplotlib syntax.
Repositories
67a lightweight, interactive viewer for 1-D signals, 2-D images and 3D. Backed by anywidget and a pure-JavaScript canvas renderer. Written for use in python and jupyter with (roughly) matplotlib syntax.
A QT application for visualizing TEM data using HyperSpy as a backend.
No description provided.
A simple project for aggregating EM data
A simple project which acts to aggrogate simple example datasets related to Electron Microscopy. Adding a new dataset/ source is easy. This then allows a simple programatic way to download the dataset.
quantitative electron microscopy analysis toolkit
Training materials used during the HyperSpy Workshop at the 2025 Microscopy and Microanalysis meeting
Just a bit of testing for making a GPU based plotting application that works with hyperspy pyxem but also with the intent to include some functionality from py4dstem and libertem.
Code for "Clustering Diffraction Vectors from Overlapping Structures in 4D STEM Data Sets"
pyXem (Pythonic Crystallographic (Electron) Microscopy) is an open-source Python library for crystallographic diffraction microscopy. Contact us: pyxem.team@gmail.com
A repo for staging the docs for pyxem.
Multidimensional data analysis
Article template for an Elemental Microscopy article
A place to submit conda recipes before they become fully fledged conda-forge feedstocks
No description provided.
traitsui GUI elements for HyperSpy
Calling all electron microscopist, programmers, optimization wizards.
Notebooks used during the 2025 Hyperspy Workshop at ePSIC, Diamond Light Source.
No description provided.
HyperSpy website sources
No description provided.
No description provided.
This is basic package for simulation of amorphous materials. It is in development to help with the understanding of amorphous materials
A simple web rendering for hosting crystallization results using pyodide.
No description provided.
The DirectElectron-bundle Distribution
No description provided.
Parallel computing with task scheduling
Notebooks used during the 2024 Hyperspy Workshop at ePSIC, Diamond Light Source.
Pixel based Medipix geometry with digitiser for simulating Monte Carlo and charge transport simulation as well as chip electronics.