Technical Visualizations

A browser-based collection of interactive technical visualizations.

Overview

Technical Visualization is a collection of interactive modules designed to make complex concepts intuitive through visual and hands-on exploration.

Each project focuses on a specific idea, ranging from mathematics and geometry to physics and computational systems, and turns it into a dynamic, explorable experience. Instead of relying on static formulas or explanations, users can directly interact with the underlying mechanics and observe how changes affect the system in real time.

What Is Technical Visualization?

Technical Visualization is an ongoing project that brings together concepts from multiple technical fields into a single interactive environment. It is designed to bridge the gap between theory and implementation by emphasizing:

• real-time interaction
• visual intuition
• system-level understanding
• modular, expandable design

Each module acts as both a demonstration and a tool, allowing users to experiment, adjust parameters, and gain a deeper understanding of how the system behaves.

Included Projects

• Bezier Curves Manipulate control points and explore smooth parametric curves.

• Riemann Sum Build functions, apply transformations, approximate area with left/right/midpoint Riemann sums, and view the rectangles on the graph.

• Encryption Placeholder page for an upcoming encryption visualization.

• Gear Systems Boilerplate mechanical workspace with tools for placing gears, motors, chains, and weights.

• Regressions Placeholder page with shared UI shell. Marked as Comming Soon.

Project Structure

TechnicalVisualizations/
|-- index.html
|-- styles.css
|-- palette.css
|-- main.js
|-- Public/
|-- BezierCurves/
|-- Encryption/
|-- GearSystems/
|-- ReimannSum/
`-- Regressions/

Current Focus

The most developed project right now is ReimannSum/, which includes:

• parent function selection
• live function-variable sliders
• Riemann sum controls
• rendered rectangles and sample points
• signed/unsigned area handling
• graph zoom controls
• live formula and sum display

Running Locally

This project is plain HTML, CSS, and JavaScript, so you can run it with any simple local server.

Examples:

# Python
python -m http.server

Then open:

http://localhost:8000

You can also open index.html directly in a browser, but using a local server is usually the cleaner option.

Notes

• The project intentionally uses simple vanilla web tech.
• Regressions is still a scaffold and currently shows a shared Comming Soon screen.
• The folder name ReimannSum is kept as-is to match the current project structure.