Repository used by the Node-API team to manage work related to Node-API and node-addon-api

Advanced interoperability between .NET and JavaScript in the same process.

Boilerplate of electron with react-router v7 + vite

NEC2++ is a C++ rewrite of the Numerical Electromagnetics Code (NEC-2) with many new features like automatic error detection when you specify the structure incorrectly and much faster execution. Ne…

Python API for reading NASA's SRTM `.hgt` or `.hgt.zip` altitude files.

Zero dependency docking layout manager supporting tabs, groups, grids and splitviews. Supports React, Vue, Angular, and vanilla TypeScript.

A simple yet effective Docking library for Avalonia Desktop

A docking layout system.

Our own development branch of the well known WPF document docking library

High performance real-time graph for WPF & UWP

Highly performant and modular controls for node-based editors designed for data-binding and MVVM.

Node graph control in WPF.

Node based user control / editor for Windows Forms

⛳️ Apache ECharts components for React wrapper. 一个简单的 Apache echarts 的 React 封装。

Python Cross Platform APP using Electron JS and Fast API

React app with blueprint.js components and CSS grid layout - Fixed side menu bar, top nav bar

Two-ray ground-reflection model simulation and comparisons

Tomlyn is a TOML parser, validator and authoring library for .NET Framework and .NET Core

A single-file TOML reader and writer for C#

YamlDotNet is a .NET library for YAML

IF-77 Air-to-Ground Propagation Model (Gierhart-Johnson)

a list of hardware and software to be used in conjunction with ATAK platform

Geo elevation data parser for "The Shuttle Radar Topography Mission" data

Query locations for elevation data from the NASA Shuttle Radar Topography Mission

C#/F# bindings for NumPy - a fundamental library for scientific computing, machine learning and AI

High Performance Computation for N-D Tensors in .NET, similar API to NumPy.

A Python program that reads SRTM 1-Arc data and returns the path profile between 2 specified points.

ITS Irregular Terrain Model (ITM), which predicts terrestrial radiowave propagation for frequencies between 20 MHz and 20 GHz based on electromagnetic theory and empirical models developed by Anita…

Python implementation of the Longley-Rice Irregular Terrain Model