JavaScriptのWebGL 2.0でGPGPU - Qiita
はじめに WebGLはブラウザでGPUを使って3D表示をするためのAPIです。 WebGL 2.0は1.0に比べてGPUによる汎用計算(GPGPU)の機能が強化されています。 WebGLは複雑な手順に従ってAPIを呼ぶ必要があり使いづらいので、簡単にGPGPUのプログラムを作れるライブラリを作ってみました。 以下ではこのライブラリの使い方を説明します。 ライブラリの詳しい説明は以下にあります。 http://lkzf.info/gpgpu.js/doc/ ソースはGitHubに上げています。 https://github.com/teatime77/gpgpu.js/blob/master/js/gpgpu.js ライブラリの本体はgpgpu.jsという1個のファイルです。 このファイルをGitHubからコピーしてきて、HTMLファイルのhead部分に以下の1行を入れてください。 WebG
Learn Svelte
Introduction edit this section What is Svelte? Svelte is a tool for building fast web applications. It is similar to JavaScript frameworks such as React, Angular, Vue, and Ractive, which all share a goal of making it easy to build slick interactive user interfaces. But there's a crucial difference: Svelte converts your app into ideal JavaScript at build time, rather than interpreting your applicat
Bankai, the friendly web compiler
The Web Platform is doing amazing! We have a multi-language, standardized Virtual Machine with a graphical layer running on virtually every device. If you want to share your things with an audience, there’s nothing with a wider reach! However, building the Web is by no means simple. There’s a lot that’s possible, which means there’s a lot to learn. But that shouldn’t prevent it from being easy to
Javascript Input Mask
Features get and set value and unmasked value easily no external dependencies supports overwrite mode supports all major browsers supports web components supports contenteditable RegExp mask Function mask Number mask (integer and decimal support) Date mask (with various format support and autofix mode) Dynamic/on-the-fly mask Pattern mask show placeholder always or when needed unmasked value can c
How JavaScript works: A comparison with WebAssembly + why in certain cases it’s better to use it…
This is post # 6 of the series dedicated to exploring JavaScript and its building components. In the process of identifying and describing the core elements, we also share some rules of thumb we use when building SessionStack, a JavaScript tool for developers to identify, visualize, and reproduce web app bugs through pixel-perfect session replay. If you missed the previous chapters, you can find t
Dynamic import() · V8
Dynamic import() introduces a new function-like form of import that unlocks new capabilities compared to static import. This article compares the two and gives an overview of what’s new. Static import (recap) #Chrome 61 shipped with support for the ES2015 import statement within modules. Consider the following module, located at ./utils.mjs: // Default export export default () => { console.log('Hi
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