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Mini Cooper WebGL

Jump a Mini Cooper straight through a wall of boxes with this WebGL and physics engine demo. Read more

Select your favorite color and drive a MINI Cooper straight through a wall of boxes. This personal project is unrelated to BMW/MINI.

This project started as research into WebGL: exporting models from Blender, importing them into Three.js, material assignment, lighting creation, and more. To infuse playfulness, I incorporated a physics engine.

Compatible with both mobile and desktop devices. The desktop version boasts high-quality visuals, featuring full antialiasing, real-time shadows, and dynamic model LOD based on camera proximity. The mobile version optimizes performance using low-poly models and reduced visual quality.

Technical details

• Model sourced from CG Trader
• Written in TypeScript
• WebGL via Three.js
• Physics via Ammo.js
• Built using Webpack

• Demo
• GitHub

Capture3

Research project into digital cameras, image processing, color spaces, OpenCV and multi‑threading. Read more

Capture3 is a C++ desktop application designed to capture and process photos. Originating as a research project, it delves into digital cameras, image processing, color spaces, OpenCV, and multi-threading.

1. Tethered capturing: Automatically capture photos with varying exposure values and focus planes without manual intervention.
2. Automatic color calibration: Detects a X-Rite ColorChecker Digital SG target in photos, computes white point and color matrix from patch values.
3. Exposure merging: Fuses photos with different exposure brackets to create HDR images.
4. Focus merging: Stacks photos with different focal planes for increased depth of field.
5. Color space visualizer: Preview images in RGB, HSB, XYZ, and LAB color spaces with 3D color space graphs.

Technical details

• Developed with Qt5
• Written in C++

• Capture3.dmg 122MB
• GitHub

Folume

Experimental design and printing tool, made exclusively for the Ultimaker 2 printer. Read more

My journey into the realm of 3D printing started with the acquisition of an Ultimaker 2 3D printer. Like many beginners, I familiarized myself with the basics through software such as Ultimaker Cura and Simplify3D.

However, wanting to understand the intricacies of 3D printing. I set out to create a solution that would generate a simple design and send that directly to the printer without any abstraction layers or interpretation.

The outcome? Folume - an application developed using Processing that generates cylindrical shape designs, translates them into G-code, and seamlessly communicates with the printer via USB. By interfacing directly with G-code, I learned every nuance of 3D printing, from temperature control to acceleration, feed-rate, retraction, and print speed.

Technical details

• Developed with Processing
• Written in Java
• GUI elements via ControlP5

• Folume.dmg 184MB
• GitHub

SmartParks web application

Navigate the African wild parks with the SmartParks web application. Read more

The SmartParks web application (IOL) aids park managers in monitoring real-time locations of animals, people, and vehicles.

Built using Angular, SmartParks leverages the power of OpenLayers for seamless visualization of geographical data. Custom map layers were developed to efficiently handle vast amounts of data points and produce dynamic real-time heatmaps.

Technical details

• Developed using Angular5
• Written in TypeScript
• Maps powered by OpenLayers
• Built using Webpack

• Demo