EduViz - AI-powered silent math animations for your slides

What is EduViz

Picture this: you're building a slide deck for tomorrow's calculus lecture, and you need to show your students how the secant line on y = x² becomes a tangent as the second point approaches x = 1. The slope needs to stay visible so they can watch the number converge. But here's the problem — a static diagram freezes that moment. The motion that reveals the limit is exactly what gets lost.

That's where EduViz comes in. It's a tool for creating short, silent math animations designed specifically for reuse in slides and existing videos — not for full lectures, and not for replacing your teaching. You describe an idea, and EduViz generates a single-scene animation clip that brings the concept to life.

The workflow is refreshingly simple. You describe the math animation idea in plain words — for example, "Show the secant line on y = x² becoming a tangent as the second point approaches x = 1, keep the slope visible." Then you preview to make sure the moving elements (the point, the line, the slope label) stay readable. Finally, you export the silent clip and drop it straight into your course materials or video edits.

The cost model is just as straightforward: 1 credit per animation clip. You download a 720p clip right away, and if you need a sharper version later, you can export one. No subscriptions, no surprise fees — just a predictable price per animation.

The real advantage is motion itself. Mathematical ideas like parameter changes, geometric constructions, vector relationships, and limits are inherently dynamic — they're about connections between states. Static diagrams can capture a single state, but they can't show the transition. EduViz's animations do exactly that.

Core Features of EduViz

EduViz isn't trying to be another full-featured animation suite. It's deliberately focused on the one thing educators actually need most: turning a single mathematical idea into a clean, motion-based visual. Let's walk through what that means in practice.

Describe-to-create workflow. You can use it to write a math concept in words and generate the animation directly. Instead of wrestling with timeline editors, keyframes, or 3D viewports, you simply type something like, "Show the secant line on y = x² becoming a tangent as the second point approaches x = 1, keep the slope visible." The tool translates your description into a visual scene. It's the same mental model as writing a prompt — except the output is a polished, mathematically accurate animation.

Short-form clips. You can use it to produce 8–10 second clips that fit into existing course material without disrupting the flow. A concise, well-paced animation can sit inside a slide deck, a lecture video edit, or an e-book illustration without demanding attention or explanation. The clip does its job — clarifies one concept — and then moves on.

Preview before export. You can use it to verify that the moving elements — the point, the line, the slope — remain readable before you commit. This step matters more than it sounds. A concept that reads clearly in your head can get visually cluttered on screen, and previewing lets you catch that before it ends up in front of your students.

Sharper export option. You can use it to download a 720p clip immediately, and export a sharper version later if your use case calls for it. It's a practical flexibility — start with the standard export to move quickly, and upgrade the resolution only when you need it.

Motion-ready subject range. You can use it for functions, geometry, and vectors — the concepts where parameter changes, geometric constructions, vector relationships, and limits genuinely benefit from motion. These are exactly the topics where static diagrams fall short.

Six style samples. You can use it to review six silent, 8–10 second samples that show the drawing style and subject range. These are direction samples — they show you what to expect from the tool's output — so you can judge whether the visual style fits your course materials before you spend a single credit.

Who Is Using EduViz

EduViz fits into real workflows in a variety of ways. If any of these situations sound familiar, it's probably a good fit for you too.

A course creator editing lecture videos. Imagine you're editing a recorded lecture and you hit a segment where a limit concept needs clarifying. The static frames from your recording just aren't cutting it — the connection between the approaching point and the changing slope gets lost. You describe the concept in EduViz, export a silent clip, and drop it directly into the existing video edit. No re-recording, no narration re-sync, no disruption to the lecture's flow.

A slide designer for a math workshop. You're putting together a workshop deck and want a geometric construction animation to embed in a slide — something that keeps the audience's attention while showing how a construction develops step by step. EduViz produces a short, polished clip that sits neatly inside the slide without overwhelming the rest of the content.

A textbook supplement author. You're adding vector relationship clips to e-book materials. Because the clips are silent, they don't compete with any narration or reading — they just visually reinforce what the text is describing. Your readers get a clearer sense of how vectors relate to each other, without needing to pause an external video player.

A tutor preparing class materials. You're prepping for several tutoring sessions and need multiple concept clips — some on functions, some on geometry, some on vector relationships. The describe → preview → export flow lets you produce each clip in minutes, and at 1 credit per clip, you can batch multiple concepts without worrying about your budget.

In every case, motion is the differentiator. Parameter changes, geometric constructions, vector relationships, and limits all benefit from showing the transitions between states. That's what EduViz is built for.

Quick Start

Ready to create your first animation? You can have a clip ready within minutes. Here's how the whole flow works.

Step 1: Write your concept in plain language. Follow the pattern of concept + what to keep visible. For example: "Show the secant line on y = x² becoming a tangent as the second point approaches x = 1, keep the slope visible." The more specific you are about the motion and the elements that should stay on screen, the better the result.

Step 2: Generate the clip. Enter your description in the studio's describe step. One prompt produces one clip — there's no multi-scene setup or complex scene composition to manage.

Step 3: Preview. Check that the moving elements — points, lines, slope labels — remain readable throughout the animation. This is your chance to catch visual clutter before it becomes a distraction in your materials.

Step 4: Export. Download the silent 720p clip and drop it into your slides, video edits, or course materials. You can always export a sharper version later if the standard resolution doesn't quite cut it.

Access the studio directly at https://eduviz.app/studio?clip=1.

One thing to keep in mind: each clip costs 1 credit. If you're planning to create a batch of animations, it's worth sketching out your ideas upfront so you're spending credits deliberately rather than iterating aimlessly.

EduViz Pricing

EduViz keeps pricing refreshingly simple: you pay per clip, with no subscription complexity. Each animation costs 1 credit, and the credits go toward a predictable, transparent cost per animation.

The value of this per-clip model depends on your production volume. If you're an educator making occasional clips — a few animations for a unit or a workshop — the pay-per-clip approach means you're never paying for capacity you're not using. No monthly fees, no unused plan tiers.

For high-volume creators putting out multiple animations each week, the per-clip model is equally predictable. You know exactly what each animation costs, so you can batch your ideas efficiently and manage your budget without guesswork.

FAQ

Head over to the studio at https://eduviz.app/studio?clip=1, write your concept in plain language, and generate your first clip. The whole flow — describe, preview, export — takes just a few minutes.