Automation

Automatic construction of wannier functions for any 3D transition metal based system with or without SOC

Automatic construction of wannier functions for any 3D transition metal based system with or without SOC Written by Ilias Samathrakis and Zeying Zhang The algorithm is summarized briefly in J. Phys. Chem. Lett. 2018, 9, 21, 6224–6231https://pubs.acs.org/doi/abs/10.1021/acs.jpclett.8b02800 INTRODUCTION We present an open-source code, written in Python, that is used toconstruct wannier functions for any 3D transition metal based systemwith or without SOC automatically. REQUIREMENTS The code is only tested on Linux systems and requires Python3 and the library ‘pymatgen’ Download […]

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Search

Search, select and execute Fastlane lanes directly from Alfred

Search, select and execute Fastlane lanes directly from Alfred alfred-fastlane.mp4 Features ✅ Scrapes lanes from Fastfile ✅ Optional caching for remote lanes ✅ Auto-detects open Xcode project ✅ Fuzzy matching ✅ Supports parameters ✅ In-Alfred settings flow Getting started Toggle Alfred → type fl → select path containing Fastlane folder ↩︎ With lane selected, hold ⌘ to toggle between bundle exec fastlane [lane] and fastlane [lane] Hold ⌥ or ⇧ to pass parameters to selected lane Lanes contained within the […]

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Tool

Create and maintain simple Tools that anyone can use without having to code

This Repository is intended to create and maintain simple Tools that anyone can use without having to code. The tools can be as simple as extracting few keywords from text, but with lot of options and customizations. Invoking the tools should be as simple as Double Clicking the Python files. Any extra requirements will be mentioned explicitly in the python files itself or an Usage example will be provided. simpleLogFilter.py Python Modules Installation pip install PySimpleGUI simpleUMLGenerator Pre-requisites pip install […]

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Benchmark

A benchmarking framework for solving automatic design problems that involve choosing an input that maximizes a black-box function

Design-Bench is a benchmarking framework for solving automatic design problems that involve choosing an input that maximizes a black-box function. This type of optimization is used across scientific and engineering disciplines in ways such as designing proteins and DNA sequences with particular functions, chemical formulas and molecule substructures, the morphology and controllers of robots, and many more applications. These applications have significant potential to accelerate research in biochemistry, chemical engineering, materials science, robotics and many other disciplines. We hope this […]

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Graph

Python library for dotbim

Description Open-source python library for dotbim file format. Read more about dotbim here: https://github.com/paireks/dotbim Installation How it works? For json serialization and deserialization it uses jsonpickle: https://github.com/jsonpickle/jsonpicklejsonpickle license: https://github.com/jsonpickle/jsonpickle/blob/main/LICENSE Examples Pyramid example

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Automation

Automatically install all scripts you put in the ./bin folder of this repository

Automatically install all scripts you put in the “./bin” folder of this repository Works with any executable script with a shebang pattern in the first line: !#/……… Instructions: Install with: pip install git+https://github.com/marcelotournier/autoscripts.git Note: ALWAYS add the shebang pattern in the first line, so setup.py can properly identify your script Remember that bash/sh scripts don’t work in windows 🙂 GitHub View Github    

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Real Time

Monitor and study any place on Earth and in Near Real-Time (NRT) using the SentinelHub services developed by the EO research team at Sinergise

earthspy is a wrapper around methods for the download of satellite data offered in the sentinelhub Python package. This tool makes the monitoring and study of any place on Earth simple, ready to use and easily deployable for operational purposes and NRT applications. Just like a spy! Some useful capabilities: Data download in multiprocessing Data download at optimized resolutions with the Direct Download (DD) method Data download at raw resolution with the Split and Merge Downlodad (SMD) method Data storage […]

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Scripts

Python implementation of the enigma machine

Python implementation of the enigma machine This is a Python implementation of Prof. Mike Pound’s Java based project as featured on the Computerphile YouTube channel: https://github.com/mikepound/enigma To run the program from the command line use python enigma.py. This will initialize the enigma machine with default settings for you to test.To try out additional options, use python enigma.py –help to get the full range of user configurable settings. As a basic example, you can set rotors, rotor positions, ring settings, reflector, […]

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PyTorch

Custom PyTorch ML block example for Edge Impulse

This repository is an example on how to bring a custom transfer learning model into Edge Impulse. This repository contains a small fully-connected model built in PyTorch. If you want to see a more complex PyTorch example, see edgeimpulse/yolov5. Or if you’re looking for the Keras version of this repository, see edgeimpulse/example-custom-ml-block-keras. As a primer, read the Adding custom transfer learning models page in the Edge Impulse docs. To test this locally: Create a new Edge Impulse project, and add […]

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