tobias.codes

From the visualisation, the viewer can appreciate the success of China's foreign economic policy over the last 35 years – and how they have been gaining influence across the globe on their way to joining the United States as a dominant superpower.

Created for an Oxford University Computer Science project in 2024.

Started work on cylinder chess in September 2022 and it went live in December of that year. Built with a Node JS backend.

Players are the proud owners of unique NFTs, each owning different abilities and characteristics. The gameplay revolves around battles between these NPCs where players can strategically bet their tokens against each other in a digital arena. The algorithm for computing the outcome of the battle is off chain and can be verified using a ZK-proof.

Tom Tayler, Hamzah Mahmood and I were finalists at ETHGlobal Waterloo with this project. We presented Tokenbound Titans on stage. Check out our official shoutout from ETHGlobal on Twitter and our live presentation in Waterloo on Youtube.

ETHGlobal Twitter

Live Presentation Youtube

The software gives users the flexibility to generate weekly rotas at the touch of a button, whilst ensuring they comply strictly with French employment law.

The project was for a private paying client so the code cannot be shared publicly.

The dev team consisted of Bruno Edwards, Hugo Berg (now working on GPU EVM) and myself.

The server is currently offline, we are working on getting back up and running again.

Raeda makes use of crucial features of Web3 technologies, a clean user interface, and incentive alignment to provide a marketplace for logistics providers and suppliers to interact.

Developed by Rishin Madan and myself.

Started work on colour blender in the summer of 2022. Built with a Python Flask backend.

All objects on the canvas are ordered in a structured tree layout, thus allowing for property inheritance, a standard interface for interaction, relative positioning and efficient re-rendering.

Developed by Rishin Madan and myself. Work in progress.

I built my own linear algebra library for the project and produced the demo space scene to showcase what the engine could do. I designed the 3D engine to be as flexible as possible so other scenes could be created without too much difficulty.

Use WASD (or arrow keys) to move forwards and sideways, and ZX to move up or down.

The idea behind this project is to build a server which can be read and written to by anyone using a pulic custom GPT. This allows for a Wikipedia style knowledge encyclopedia (for animal data) to build up as people interact with the chatbot – without ever having to upload to the server themselves.

The site includes a real-time graphical display showing the force felt by each particle during motion. Note: this is a much simplified model that computes an approximation of the forces I learnt about in A-Level Physics.

Self-Referential.