[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"$f3rr668a5863m8":3},{"code":4,"message":5,"data":6,"timestamp":36},10000,"success",{"full_name":7,"position":8,"description":9,"language":10,"stars":11,"forks":12,"stars_gained":13,"age_days":14,"hn_threads":15,"one_liner":16,"summary_md":17,"topic":18,"github_topics":21,"license":32,"homepage":33,"updated_at":34,"history":35},"kailashsr38\u002Fascii-magic-art",20,"634 animated ASCII art pieces for web pages, READMEs, wallpapers and terminals. Browse them in your terminal with npx ascii-magic-art and add one to your project in one prompt.","JavaScript",300,9,50,5,[],"A library of 634 ready-made animated ASCII art pieces to browse in a terminal and drop into pages, READMEs or wallpapers.","If you need decorative ASCII motion without drawing frames yourself, this is a quick way to get one: browse the library in a terminal, press Enter, and a prompt describing that piece is copied for your coding agent. The catch is that 634 pieces are mostly someone else's visuals — great as raw material, not as an authoring tool.\n\n## The problem\nYou want a small animated ASCII visual on a landing page, a README banner or a terminal MOTD. Today that means either finding a generator that produces plain text art with few styling options, or hand-writing a `draw(t)` function and tweaking it for hours. Here the selection step moves to an interactive terminal browser: arrow keys move between pieces and categories, `s` cycles visual styles and `a` redraws text and line work too. The result is a ready piece plus a prompt you can paste into a coding agent, or a played animation in the terminal itself with `npx ascii-magic-art moonlit-sea`.\n\n## What's different\nEach piece is a self-contained ES module exporting `meta` and a `create()` that returns `draw(t)` — a plain function from seconds to a frame string or `{ text, color }` object. That interface is the useful part: the same piece can be rendered by the [web component](https:\u002F\u002Fwww.ascii-magic.com\u002Fascii), the runtime player, or a canvas exporter for PNG\u002FGIF\u002Fvideo. The `restyle` and `withLook` helpers in `runtime\u002Fglyphs.js` redraw any piece in 10 character looks (dots, binary, numbers, dither and so on), choosing glyphs by ink coverage and colour brightness rather than just substitution. A custom `chars` string is sorted light to dark for you.\n\nThe trade-off is scope: the library ships finished artwork, not a general ASCII animation language. Making a new piece means writing grid-drawing code against `lib\u002Fkit.js` and running `node scripts\u002Fvalidate.mjs`, which checks frame size, character set, animation and a per-frame draw budget of 12 ms. The style system also deliberately leaves text and line work alone unless you pass `all`, so restyling a logo may give you only partial coverage. And the library's dependence on browser animation means the terminal player and the web component are the main consumption paths; the README does not present an image-to-ASCII pipeline.\n\n## Who should try it\nGood fit: a developer who wants a distinctive, animated visual in a README, docs page or personal site, and is happy to pick from an existing catalogue and customise via `look`\u002F`chars`\u002F`mono` attributes. Also reasonable for shell startup or MOTD decoration, where `--seconds=3` or `--frame` keeps it unobtrusive, and for anyone building a small animated banner without a design system.\n\nPoor fit: someone who needs ASCII conversion of their own photo or logo. The project points to the commercial ASCII Magic site for that, and the README mentions only two photo-based scenes (`ocean-sunset`, `starry-ridge`) that retain Unsplash licenses. Also a bad fit if you need fine control over animation timing or layout within a larger 3D scene — pieces are fixed grids of 60×20-ish characters.\n\n## Requirements and limitations\nThe web component is loaded from the project's own CDN (`https:\u002F\u002Fwww.ascii-magic.com\u002Fascii\u002Fascii.js`), so page behaviour depends on that origin staying available; the npm package path gives you the modules locally, but the README's suggested integration is the external script. Each piece is an ES module with no dependency beyond `lib\u002Fkit.js`, so bundling and tree-shaking are straightforward. The `steps`, `density` and `dot-size` attributes only apply to the halftone `dots` look.\n\nOn licensing, MIT covers the code and most pieces, with two photo-derived scenes carrying the Unsplash License of their sources per the [NOTICE](https:\u002F\u002Fgithub.com\u002Fkailashsr38\u002Fascii-magic-art\u002Fblob\u002Fmain\u002FNOTICE). The README describes `ocean-sunset` and `starry-ridge` as exceptions but does not enumerate what the Unsplash License requires in practice, so commercial users should read that file before shipping. The validator's 12 ms per-frame ceiling is a project-imposed bar, not a measured browser performance guarantee.\n\n## HotRepo's take\nHotRepo recorded 300 total stars and #21 on the NEW-REPOSITORY board for JavaScript, observed 2026-10-25 — a single dated snapshot of a 5-day-old repository, not a daily growth figure. Comparable daily-board history is insufficient, so persistence and momentum cannot be judged.\n\nBefore committing, verify that the CDN-hosted web component version and npm package version are intended to stay in sync — the README does not document a versioning relationship between them.",{"slug":19,"name":20},"media","Media & Design",[22,23,24,25,26,27,28,29,30,31],"animation","ascii","ascii-art","cli","generative-art","npx","readme","terminal","wallpaper","web-components","MIT","https:\u002F\u002Fwww.ascii-magic.com\u002Fascii","2026-10-25T02:58:29Z",[],1792912733]