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However, in this book we’ll prefer to import only the classes that we need in any given module: main.js: importing class as we need them Import Individual Components from the Core Then we can use any element of the core by referencing them under the THREE namespace: main.js: accessing classes from the core under the THREE namespace Import \* as THREE from './vendor/three/build/' The simplest approach is to import everything from the three.js core into main.js under the THREE namespace: main.js: import the entire three.js core So, for this chapter, let’s assume we want to import just three classes from : the We’ll never need to use all of them at once, and in fact, it’s almost certain you’ll never need to use all of them across an entire application, no matter how big it is. The three.js core contains hundreds of classes such as cameras, materials, geometries, textures, lights, shadows, the animation system, various loaders, audio, the renderer, 2D shapes, helpers, fog, and so on. Over the rest of this chapter, we’ll demonstrate various ways to import and OrbitControls.js here. To use them, first, we need to import them into main.js, so open up that file now. The core and OrbitControls plugins are JavaScript modules. If using JavaScript modules is new to you, or you need a refresher, check out A.4: JavaScript Modules. If anything in index.html is unfamiliar to you, check out A.1: HTML and CSS Used in This Book. Take special notice of type="module", which we’re using to tell the browser the linked file is a JavaScript module. We have also set up a very simple web page consisting of these three files:Ĭheck out index.html now, and you’ll see that we have referenced main.js in the section: index.html: referencing the main JavaScript file

OrbitControls is in vendor/three/examples/jsm/controls/OrbitControls.js.

Open up the editor on this page by clicking the icon, and you’ll see that we have included these two files inside the vendor/ folder: For the rest of this chapter, we’ll use the OrbitControls plugin (a popular camera controls plugin) for demonstration, which you can find on the repo here: You can find plugins in theĮxamples/jsm folder on the repo, and including them works in much the same way as for the core file. In addition to the core file, we’ll often add plugins such as camera controls or post-processing. There are several ways to include three.js in your JavaScript application, some simple, some a little more complex, but they all boil down to this: you need to include the three.js core in your project, which you can find in this file on the three.js repo:

#Unpkg material 2 dev how to#

Use parallax.Word Count:1444, reading time: ~7minutes How to Include three.js in Your Projects.

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Extract the ZIP archive and locate the parallax.js and files.

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Download compiled.zip from the latest release.Many thanks to the fine folks over at cdnjs for hosting our library. Where no gyroscope or motion detection hardware is available, the position of the cursor is used instead. Parallax Engine that reacts to the orientation of a smart device. Use the ZXP installer from .Įxtract the zipped file on build/extension/bodymovin.zxp to the adobe CEP folder:.View documentation, FAQ, help, examples, and more at airbnb.io/lottieĭownload it from from aescripts + aeplugins: They say a picture is worth 1,000 words so here are 13,000:

Lottie is a mobile library for Web, and iOS that parses Adobe After Effects animations exported as json with Bodymovin and renders them natively on mobile!įor the first time, designers can create and ship beautiful animations without an engineer painstakingly recreating it by hand.

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Lottie for Web, Android, iOS, React Native, and Windows