New Release v0.0.1 Alpha

Welcome to the Convex Hull Visualizer

An interactive tool to visualize and understand convex hull algorithms.

Interactive Visualization

Explore dynamic 2D and 3D convex hull representations to understand algorithm mechanics intuitively.

Switch seamlessly between 2D and 3D perspectives to study convex hull structures in depth.
Use intuitive zoom, pan, and rotation controls to inspect points and hulls precisely.
Follow each algorithmic step through smooth, guided animations for clearer understanding.

Compare multiple convex hull algorithms side by side to understand their strengths and trade-offs.

Experiment with algorithms like Quickhull, Graham Scan, and more to see how each performs.
View real-time insights such as execution time, iteration counts, and complexity indicators.
Clearly highlight decisions and key steps taken by each algorithm for easy comparison.

Enhance your computational geometry learning experience through experimentation and custom inputs.

Manually add, remove, or randomize points to observe how hulls change in real time.
Access explanations, diagrams, and tooltips that break down geometric concepts.
Save visualizations or export point sets to share experiments and results with others.

From classroom walkthroughs to engineering reviews, every control is designed to surface the hull quickly and make the story obvious.

Cinematic Hero View

Navigate scenes effortlessly with fluid orbit, pan, and zoom controls across 2D and 3D modes.

Algorithm Agility

Switch between algorithms like Quickhull and Graham Scan, adjust iteration depth, and inspect each step with the live stepper.

Data-Ready Workspace

Jump in using curated datasets from /api/2data/ and /api/3data/, or import your own points and weights for full control.

Insightful Metrics

View live performance stats like runtime, hull size, and iteration counts as algorithms execute.

Interactive Editing

Add, drag, and remove points directly on the canvas to instantly see how the convex hull reacts.

Export & Share

Save images, export point sets, or share configuration presets to revisit and replicate visualizations.

Unlock an interactive, algorithm-driven view of computational geometry. Experiment, compare, and learn—all in one visual playground.