Embed DS Visualizers

Why Embed Visualizers?

Understanding data structures through text alone can be challenging. A static diagram captures a single snapshot, but it cannot convey the step-by-step transformations that make structures like AVL trees, Red-Black trees, and B-trees so fascinating to study.

That’s why we’ve made our data structure visualizers embeddable. Whether you’re writing a computer science course on Notion, publishing a tutorial on Medium, or building a personal study guide, you can instantly add high-quality, interactive data structure animations directly to your content.

Your readers can insert values, delete nodes, and watch rotations, recoloring, and rebalancing happen live, directly within your page. This turns a passive reading experience into active, hands-on exploration without ever leaving your website.

How to Embed

Each data structure visualizer is available through a dedicated embed page. This page is stripped of all site navigation and focused entirely on the interactive visualization. To embed it, simply place the URL inside an iframe element in your HTML.

The structure of the URL follows a simple pattern:

https://see-algorithms.com/data-structures/embed/{DataStructure}

Basic Example:

<iframe
    src="https://see-algorithms.com/data-structures/embed/AVL"
    width="100%"
    height="700px"
    frameborder="0">
</iframe>

The iframe acts like a window that loads the external visualizer. Modern editors like Notion or Medium allow you to paste the URL directly and they will automatically convert it into an interactive embed.

Choosing the Right Size

The width is typically set to 100% so the visualization adapts to the width of your container. The height depends on the data structure you are embedding.

Tree-based structures such as AVL, BST, Red-Black, Splay, and B-trees benefit from more vertical space, since the tree can grow deep as nodes are inserted. A height between 600 and 700 pixels is recommended for these. Simpler structures like the Linked List work well at around 300 to 400 pixels.

Final Reflection

Data structure visualizers are especially powerful in educational content where the behavior of an algorithm is difficult to convey purely in words. Watching an AVL tree self-balance after an insertion, or seeing how a Red-Black tree recolors and rotates to maintain its invariants, creates an intuition that prose alone rarely achieves.