IMBalENce

IMBalENce's Stars

• zauberzeug/nicegui

  Create web-based user interfaces with Python. The nice way.

  Language:Python10.2k731.1k609

• espressif/esptool

  Espressif SoC serial bootloader utility

  Language:Python5.6k2338421.4k

• pythonnet/pythonnet

  Python for .NET is a package that gives Python programmers nearly seamless integration with the .NET Common Language Runtime (CLR) and provides a powerful application scripting tool for .NET developers.

  Language:C#4.8k1531.5k712

• openmv/openmv

  OpenMV Camera Module

  Language:C2.4k1515001.1k

• materialsproject/pymatgen

  Python Materials Genomics (pymatgen) is a robust materials analysis code that defines classes for structures and molecules with support for many electronic structure codes. It powers the Materials Project.

  Language:Python1.5k1121.4k867

• google-deepmind/materials_discovery

  Language:Jupyter Notebook8904722141

• burghoff/Scientific-Inkscape

  Scientific Inkscape: Inkscape extensions for figure resizing and editing

  Language:Python53681820

• cryinkfly/SOLIDWORKS-for-Linux

  This is a project, where I give you a way to use SOLIDWORKS on Linux!

  Language:Shell426205038

• jakevdp/nfft

  Lightweight non-uniform Fast Fourier Transform in Python

  Language:Jupyter Notebook203151729

• ArmoredTurtle/8-Track-Raven-Alpha

  8-Track Raven 4 spool automated filament changer.

  20043124

• Hack-a-Day/Vectorscope

  Vectorscope badge for the 2023 Hackaday Supercon and beyond!

  Language:Python12412433

• silx-kit/pyFAI

  Fast Azimuthal Integration in Python

  Language:Python106161.3k95

• wasspaul/sig_gen

  A simple cost-effective demo, test, training, board for an oscilloscope made from a Raspberry Pi Pico

  Language:C55316

• ScopeFoundry/ScopeFoundry

  ScopeFoundry: A Python platform for controlling custom laboratory experiments and visualizing scientific data

  Language:Python3662220

• by256/emps

  Electron Microscopy Particle Segmentation Dataset

  19250

• jtschwar/tomo_TV

  C++ library for Regularized 2D and 3D Tomography Reconstructions.

  Language:Jupyter Notebook16227

• WarwickMicroscopy/Felix

  Felix: Bloch wave method diffraction pattern simulation software

  Language:Fortran16107010

• computron/pymatgen_tutorials

  Tutorials for using the pymatgen library

  Language:Jupyter Notebook151

• joverbee/pyEELSMODEL

  A python library for the quantification of eels spectra based on a modernised EELSMODEL

  Language:Python14414

• limpkin/xt60_parallelizer

  a custom board to monitor custom battery packs

  Language:C14200

• damienBloch/proceduralPlanet

  Generation of procedural planet in Python

  Language:Jupyter Notebook4200

• gvarnavi/py4dstem-phase-retrieval-paper-notebooks

  Language:Jupyter Notebook4201

• nghia-vo/broh5

  Browser-based GUI HDF Viewer https://broh5.readthedocs.io

  Language:Python4104

• areaDetector/ADTimePix3

  Language:C++3504

• NSLS-II/git-tutorial

  A sandbox for learning how to use git / github / gitflow

  318114

• zezhong-zhang/coredensity

  Atomic electron density

  Language:Python3100

• Nicolas-Folastre/ePattern

  Image-J macros to register, manage, and reconstruct diffraction data from electron diffraction images

  Language:ImageJ Macro2

• Nikolaos-Matthaiakakis/meep

  free finite-difference time-domain (FDTD) software for electromagnetic simulations

  Language:C++2000

• roblatour/SolarPanelTiltAngleCalculator

  an excel spreadsheet to calculate optimum solar panel tilt angles

  2101

• cmvandrevala/optical_bloch_waves

  Calculate the transmission and reflection of photonic bloch waves in a layered crystal

  Language:MATLAB1301