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README.mdH A D11-Nov-202122.3 KiB2722

rough.js.modifiedH A D11-Nov-202167.2 KiB2,2891,920

rough.js.origH A D11-Nov-202126.9 KiB11

rough.min.jsH A D11-Nov-202139.5 KiB8483

README.md

1# To change rough.js for IE11
2
3- Formatted code from debugger
4- Ran through [BabelJs](https://babeljs.io/repl/#?browsers=defaults%2C%20not%20ie%2011%2C%20not%20ie_mob%2011&build=&builtIns=false&spec=false&loose=false&code_lz=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&debug=false&forceAllTransforms=false&shippedProposals=false&circleciRepo=&evaluate=true&fileSize=false&timeTravel=false&sourceType=module&lineWrap=false&presets=es2015&prettier=false&targets=&version=7.10.3&externalPlugins=)
5- Replace `**` with Math.pow, eg `x ** y` produces the same result as Math.pow(x,y)
6- Add 2 polyfills:
7
8if (!Array.from) {
9    Array.from = function (object) {
10        'use strict';
11        return [].slice.call(object);
12    };
13}
14
15Math.imul = Math.imul || function(a, b) {
16  var ah = (a >>> 16) & 0xffff;
17  var al = a & 0xffff;
18  var bh = (b >>> 16) & 0xffff;
19  var bl = b & 0xffff;
20  // the shift by 0 fixes the sign on the high part
21  // the final |0 converts the unsigned value into a signed value
22  return ((al * bl) + (((ah * bl + al * bh) << 16) >>> 0)|0);
23};
24
25- Minify using java -jar ../../../../../etc/build/compiler.jar rough.js.modified >rough.min.js
26- Used roughjs 4.4.1 from https://unpkg.com/roughjs@4.4.1/bundled/rough.js via https://www.npmjs.com/package/roughjs
27