Pinned Repositories
4dcamera_gui
A graphical user interface (GUI) for sparse 4D Camera data produced by the 4D Camera
abTEM
ab initio Transmission Electron Microscopy
ACerS_AE_2024
Materials for ACerS Automated Experiment Course
aci
Atom Column Indexing
AD_LTEM
AI-research-tools
:hammer:AI 方向好用的科研工具
ai4materials
Deep learning for crystal-structure recognition and analysis of atomic structures
atomic_specimen_creation
Set of crystallographic tools for bulk atomic specimen generation in any zone axis from cif-files.
crystaltoolkit
Crystal Toolkit is an interactive web app that allows you to import, view, analyze and transform crystal structures and molecules, including a suite of reusable web components to make your own materials science web apps. Project led by @mkhorton.
PyLorentz
Python code for simulating and reconstructing Lorentz transmission electron microscopy (LTEM) data.
GHzytp's Repositories
GHzytp/ssi-code
Image Deconvolution via Noise-Tolerant Self-Supervised Inversion
GHzytp/partial-STEM
Partial scanning transmission electron microscopy with deep learning
GHzytp/MuSTEM
Open source version of the MuSTEM multislice electron microscopy simulation code, developed at the University of Melbourne.
GHzytp/DLSS-STEM
Deep learning supersampling for scanning transmission electron microscopy
GHzytp/usetem
GHzytp/DefectSegNet
DefectSegNet for semantic segmentation of defects in Steels
GHzytp/cudaEM
GHzytp/AICrystallographer
Here, we will upload our deep/machine learning models and 'workflows' (such as AtomNet, DefectNet, SymmetryNet, etc) that aid in automated analysis of atomically resolved images
GHzytp/CSET
CSET (Compressed Sensing Electron Tomography)-toolbox is a three-dimensional TV-based compressed sensing reconstruction toolbox that consists of algebraic iterative algorithms (SART and SIRT) with total variation (TV) based CS. In addition, it integrates a Fast Iterative Shrinkage-Thresholding Algorithm (FISTA) that is an acceleration method to speed up the algorithm convergence.
GHzytp/LSQT-Jupyter
A tutorial on the linear scaling quantum transport methods using Jupyter (with Python3)
GHzytp/DM-Stack-Builder
Plugin for Gatan Digital Micrograph to build a stack from updating images.
GHzytp/structural-template-matching
Algorithm for structural characterization and strain analysis of atomic resolution images
GHzytp/ComputerVisionDatasets
GHzytp/DM3Viewer
Simple PyQt application to view and export DM3 files
GHzytp/CAD-3BID
Computer-aided design specific to focused electron/ion beam induced deposition
GHzytp/gms_plugin_hdf5
DigitalMicrograph plugin to read/write HDF5 files
GHzytp/femsim-hrmc
Package to simulation fluctuation electron microscopy from an atomic model and perform hybrid reverse Monte Carlo structure refinements against fluctuation microscopy data and an empirical interatomic potential.
GHzytp/clAlign
Gatan Digital Micrograph plugin to align stack images utilising OpenCL
GHzytp/aci
Atom Column Indexing