Interactive Visual Explanations for Complex Ideas
Turn abstract concepts into interactive visuals you can see, move, and understand — instantly.
Sine Wave Visualizer
Why Vizly works
Some concepts aren't hard to learn — they're just hard to imagine.
Learn by Interaction
Dragging a slider reveals more than paragraphs of text ever could. Feel how parameters affect outcomes in real-time.
Built for Explanation
Every visual focuses on cause and effect, not decoration. Understand the "why" behind each concept through exploration.
Instant & Lightweight
Runs directly in your browser with near-zero latency. No downloads, no installations, no waiting.
See how it works
Adjust parameters and watch the concept change in real time. No videos. No slides. Just interaction.
Interactive Sine Wave
Explore how amplitude, frequency, and phase shift affect a sine wave. Move the sliders and see the wave transform instantly.
- ✓Real-time parameter adjustment
- ✓Instant visual feedback
- ✓No coding required
Who is Vizly for?
Anyone who learns better by seeing and doing.
Teachers & Educators
Explain abstract topics with interactive demonstrations that engage students and make concepts stick.
Students
Learn through exploration rather than memorization. Discover how things work by manipulating them yourself.
Content Creators
Embed interactive visuals in your content to boost engagement and provide value that static diagrams can't match.
Developers
Visualize algorithms, data structures, and system behaviors. Debug complex logic by seeing it in action.
Built for the Gemini 3 Flash era
Vizly is designed around fast, low-latency AI like Gemini 3 Flash — making real-time, interactive explanations practical at scale.
- Fast ResponsesSub-second latency for a seamless experience
- Multimodal by DesignCombine text, visuals, and interaction naturally
- Cost-EffectiveRun complex visualizations without breaking the bank
// Vizly + Gemini 3 Flash
const explainer = await vizly.create({
concept: "Fourier Transform",
style: "interactive",
model: "gemini-3-flash"
});
// Real-time visualization ready
explainer.render("#demo");Growing Explainer Library
Interactive explainers for math, physics, computer science, and more.
Sine & Cosine Waves
Projectile Motion
Exponential Growth
Orbital Mechanics
Binary Search
Sorting Algorithms
Light Refraction
Neural Networks
See ideas. Move them. Understand them.
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