AR Code Visualiser
by Archana Info Solutions
Developer login
Paste code · AI detects the algorithm · 3D + AR

Paste code. Watch the algorithm come alive in 3D — and in AR.

AR Code Visualiser reads any snippet you paste, has AI detect exactly which algorithm it is, and turns it into a step-by-step 3D animation — bars rising and swapping for a sort, pointers moving for a search, nodes lighting up for a graph or tree traversal. Step through it at your own pace with spoken narration for every move, then place the same 3D scene into real WebXR AR above your desk on supported Android/Chrome devices. Add an AI-written time and space complexity breakdown, and you have the clearest way to actually see how your code runs.

Visualise my code See how it works
AI algorithm detection
3D step animation
AR placement
Any language Real WebXR AR Complexity analysis Shareable links
function bubbleSort(arr) {
  for (let i = 0; i < arr.length; i++) { ... }
}
// → AI detects "Bubble Sort" → generates a 3D bar-swap animation
Developer login
Visualise your code and track what you've explored

Demo: admin@demo.acv / Demo@123

Your pasted code, visualisations and history stay with your account only.

What this is

A genuinely different kind of AR — content generated from your own code

Most algorithm-visualisation tools show you a fixed diagram. AR Code Visualiser is different: paste any snippet of source code and AI reads it to identify the exact algorithm — a sorting routine, a search, a graph or tree traversal, and more — along with its category and a plain-language description. From there, AI generates a full sequence of 3D scene states describing exactly how that algorithm behaves step by step: which elements move, which get compared, which get highlighted, and when. A hand-built 3D scene renders and animates through every one of those steps, with narration read out as you go, and the exact same scene can be placed into real WebXR augmented reality above your desk on supported Android/Chrome devices. On devices without AR support — including iPhones — the orbit-controlled 3D view keeps working as the always-available primary experience, so you're never locked out.

How it works

Four steps from code to AR

Paste your code

Drop in any snippet in any language, or let auto-detect pick the language for you.

AI detects the algorithm

Claude identifies the algorithm, its category, and gives you a brief plain-language explanation.

Watch the 3D animation

Step through the algorithm's exact behaviour in an interactive 3D scene, with narration for every step.

Place it in AR (optional)

On supported Android/Chrome devices, tap "View in AR" to anchor the same scene above your real desk.

Features & benefits

Everything you need to really understand your code

AI algorithm detection

Paste code in any language and AI names the algorithm, its category, and explains it in plain language.

Real 3D step animation

Bars rise and swap, pointers move, nodes light up — every step rendered and animated, not a static diagram.

Genuine WebXR AR

The same 3D scene can be placed into real AR above your desk on supported Android/Chrome devices — honestly, not everywhere.

Spoken step narration

Every step comes with a written and optionally spoken explanation of exactly what's happening and why.

Complexity analysis

Get an AI-written time and space complexity breakdown with best- and worst-case notes for every algorithm.

Share what you built

Generate a public link to any visualisation so classmates or teammates can watch it too, no login required.

Pricing

One simple price

Per developer
₹199/month
  • Unlimited AI algorithm detection
  • 3D step-by-step visualisations, viewable in AR
  • AI complexity analysis on every session
  • Spoken step narration
  • Shareable public links + full saved history
One flat monthly price — no per-visualisation or per-share charges.
Get started
FAQ

Questions, answered

Does AR work on every device?

No, and we'd rather be upfront about it: real WebXR AR placement needs an AR-capable Android/Chrome browser. iOS Safari and desktop browsers don't support WebXR immersive-ar, so on those the orbit-controlled 3D view is your primary experience — it always works, everywhere.

What kinds of algorithms can it visualise?

Sorting (bubble, merge, quick and more), searching (linear, binary), and graph/tree traversal (DFS, BFS) are all detected and animated well. AI does its best on other algorithm styles too, but these categories give the clearest 3D animations.

Which languages are supported?

Any mainstream language works — JavaScript, Python, Java, C#, C++ and more. Pick your language manually or let auto-detect handle it.

How accurate is the complexity analysis?

It's a genuinely useful study aid generated by AI, meant to build intuition — not a formal proof. Always double-check complexity claims against your course material for graded coursework.

Is my code private?

Yes. Your pasted code, sessions and visualisations are visible only to your account, unless you deliberately create a share link for a specific visualisation.

Visualise my code See how it works