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New resource:// Since our BryntumScheduler tag above contained a ref for the component // we can access it easilythis.refs.scheduler.schedulerEngine.resourceStore.add({ name : 'New resource' });Learn moreThe best way to learn more about the React Scheduler component is to examine its source and the demo. And to learn more about the Scheduler API, please visit the docs. If you have not already, please download our trial version and check it out.Feel free to extend the React component with what you need, and please also share your thoughts on our forum. The React component wrapper will be extended according to popular demand, but remember that you can always access the underlying engine if a feature or config is not exposed directly. Some useful links:Scheduler product pageScheduler docsScheduler examplesSumming upThe Bryntum Scheduler works with React out of the box and ships with a demo containing a basic React component. And although the React component does not wrap all functionality in Scheduler, you can always access the engine to use any part of the API.Good luck! Download Free Trial

Here are 11 public repositories matching this topic... Code Issues Pull requests ⚛️ useWorker() - A React Hook for Blocking-Free Background Tasks Updated Mar 9, 2025 JavaScript Code Issues Pull requests Simplest way to include web workers with your React Application and get smoother experience Updated Dec 11, 2022 JavaScript Code Issues Pull requests React hooks for running code inside web workers without needing to eject CRA apps. Updated May 19, 2021 TypeScript Code Issues Pull requests Example code for article - Optimizing Your Next.js App By Offloading Compute-Intensive Tasks from Main Thread to Web Workers Updated Mar 7, 2024 TypeScript Code Issues Pull requests Discussions fetch and process data in web worker, store in indexedDB. Updated Apr 3, 2023 TypeScript Code Issues Pull requests Discussions FreeScribe is a Machine Learning React Vite TailwindCSS Web Based Transcription & Translation App that uses Web Workers to run ML models in the browser. This app allows you to record your voice or upload an audio file (mp3/wav), transcribe it to text, translate it into any language, download/ copy the freshly converted text that has be transcribed. Updated Sep 7, 2024 JavaScript Code Issues Pull requests Easy-going multiplayer board game. Updated Nov 22, 2020 JavaScript Code Issues Pull requests Concurrent Rust / Wasm state container for web apps. Updated Jan 20, 2023 Rust Code Issues Pull requests A P2P File sharing system similar to Torrent, where users can seed[upload] or download files simultaneously. Currently I have implemented a browser based client in react js which utilizes web workers to paralelly upload/download files. Backend is implemented in Node Js. Entire application is powered by the magic of Socket Programming. Updated Jun 12, 2024 TypeScript Code Issues Pull requests Using embeddings from a pre-trained language model to provide semantic search capabilities in a combobox interface, directly in the browser. Updated Mar 3, 2025 TypeScript Code Issues Pull requests Discussions Web Workers with React, Brain.js, and other things Updated Apr 11, 2022 TypeScript Improve this page Add a description, image, and links to the web-worker-react topic page so that developers can more easily learn about it. Curate this topic Add this topic to your repo To associate your repository with the web-worker-react topic, visit your repo's landing page and select "manage topics." Learn more

Face Tracking With ARKit’s face tracking capabilities, developers can create AR experiences that respond to facial expressions and movements. This is commonly used in applications like Animoji and face filters. Now that we have a basic understanding of ARKit, let’s explore how we can integrate it with React Native to build AR-powered apps. 3. Setting Up the Development Environment To get started with React Native and ARKit, you’ll need a Mac running macOS and Xcode installed. You’ll also need Node.js and npm (Node Package Manager) for managing React Native dependencies. Follow these steps to set up your development environment: 3.1. Installing Node.js and npm If you don’t already have Node.js and npm installed, you can download and install them from the official Node.js website. 3.2. Installing React Native CLI You’ll need the React Native command-line interface (CLI) to create and manage React Native projects. Install it globally using npm: bashnpm install -g react-native-cli 3.3. Creating a New React Native Project Now, let’s create a new React Native project. Replace “MyARApp” with your preferred project name: bashreact-native init MyARApp 3.4. Adding ARKit Support To use ARKit in your React Native project, you’ll need a third-party library called react-native-arkit. Install it using npm: bashnpm install react-native-arkit --save With the development environment set up, you’re ready to start building AR experiences with React Native and ARKit. 4. Building Your First AR App Let’s create a simple AR app that displays a 3D object in the real world using React Native and ARKit. Follow these steps to build your first AR app: 4.1. Importing ARKit In your React Native project, open the main component file (usually App.js), and import the ARKit module at the top of the file: javascriptimport ARKit from 'react-native-arkit'; 4.2. Creating the AR Scene Next, create a component that will serve as the AR scene. This component will contain the AR view and any AR objects you want to display. Here’s a simple example: javascriptimport React, { Component } from 'react';import { View } from 'react-native';import ARKit from 'react-native-arkit';class ARScene extends Component { render() { return ( {/* Add AR objects