/video-stream-ascii

Video stream to ASCII art video stream package in React Typescript

Primary LanguageTypeScriptMIT LicenseMIT

video-stream-ascii

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Description

This is a simple web package that converts a video stream into ASCII art for React.

🚀🚀🚀 The package is published on npm 🚀🚀

It works on desktop and mobile as well, there is two demos, one for the camera and one for video files input. You can check them at those links:

🚀🚀 Video Ascii Webcam 🚀🚀

🚀🚀 Video Ascii Player 🚀🚀

The source code of the examples is available on GitHub:

Image to ASCII art version

I also made a version for images, you can check it at this link:
https://github.com/Im-Rises/image-ascii-art

You can check the demo at this link:
https://im-rises.github.io/image-ascii-art-website

Screenshots

screenshot

Install packages

You can install it by typing the following command in your terminal:

npm install video-stream-ascii

or

yarn add video-stream-ascii

Usage

To use the package, you need to import it into your project:

import {VideoStreamAscii} from "video-stream-ascii";

Then you can create use the Component like this in Typescript/JavaScript:

<VideoAscii
    videoStreaming={videoRef.current!.video!}
    parentRef={parentRef}
    artType={ArtTypeEnum.ASCII_COLOR_BG_IMAGE}
    charsPerLine={charsPerLine}
    charsPerColumn={charsPerColumn}
    fontColor={'white'}
    backgroundColor={'black'}
/>

You can also pass a pre tag reference to the component, so it can be used to get the ASCII text:

<VideoAscii
    videoStreaming={videoRef.current!.video!}
    parentRef={parentRef}
    artType={ArtTypeEnum.ASCII_COLOR_BG_IMAGE}
    charsPerLine={charsPerLine}
    charsPerColumn={charsPerColumn}
    fontColor={'white'}
    backgroundColor={'black'}
    flipY={true}
    preTagRef={preTagRef}
/>

To use the component, you need to pass the following props:

  • videoStreaming - The video stream from the camera.
  • parentRef - The reference of the parent element, to fit the ascii art in it.
  • artType - The type of the ascii art, you can choose between ASCII, ASCII_COLOR and ASCII_COLOR_BG_IMAGE.
  • charsPerLine - The number of characters per line.
  • charsPerColumn - The number of characters per column.
  • fontColor - The color of the font.
  • backgroundColor - The color of the background.
  • flipY - Flip the ascii art vertically.
  • preTagRef - The reference of the pre tag, to get the ascii art text.

The parentRef is used to fit the ascii art in the parent element, so you need to pass the reference of the parent element like a div, you can check the example to see how to use it.

Warning
Be careful when using this package, the camera must be working before enabling the video stream. If you want to set the ascii art with a correct aspect ratio, follow the examples (webcam or video player).

The artType is used to choose the type of the ascii art, you can choose between ASCII, ASCII_COLOR and ASCII_COLOR_BG_IMAGE.

  • ASCII - The ascii art will be defined only by two colors the font color and the background color. (which you can set with the props fontColor and backgroundColor).
  • ASCII_COLOR - The ascii art will be printed with each character having the color of the pixel it represents (it is an extensive mode, you should use the ASCII_COLOR_BG_IMAGE mode instead).
  • ASCII_COLOR_BG_IMAGE - The ascii art will be printed with color using the original image as background for the color of the characters, you should use this mode if you want good performance instead of the ASCII_COLOR mode.

Note Be sure to import the enum ArtTypeEnum from the package, to use it in your code.

Code style

The code style used in this project is XO. You can find some changes in the .eslintrc.js file. The project is also set up to use ESLint.

GitHub Actions

Node.js CI ESLint CodeQL Node.js Package

The project is set up to run the following actions:

  • node.js.yml : Runs the tests for the Node.js project.
  • eslint.yml : Runs the ESLint linter on the project.
  • codeql.yml : Runs the CodeQL linter on the project.
  • npm-publish.yml : Publishes the package to the npm registry.

Documentations

Xo:
https://github.com/xojs/xo

ESLint:
https://eslint.org/docs/latest/user-guide/getting-started

GitHub gh-pages:
https://github.com/gitname/react-gh-pages

react-webcam:
https://www.npmjs.com/package/react-webcam

Links

Check the source code on github

Check the package on npm

Contributors

Quentin MOREL :

GitHub contributors