Main website for Alyza, a next generation AI relationship and conflict resolution coach. Code for Alyza is open source and available in the Apps section.

Alyza is a next generation AI relationship and conflict resolution coach. Some key features include being completely on-device, allowing for full privacy for the user, also allowing the app to be used offline. The model itself uses Gemma 3n and was made for the Google Gemma Hackathon, but I will probably pivot to a GPT model such as 4o since Gemma has its limitations. It is available on the web and as a mobile app. The code is open source (just click on the link)

A violin composition with 9 custom 'modules' that uses markov chains to determine the next part to be played. Playable through the attached max 8 patch, which shows the current 1-3 measures to play and features specific conditions for the piece to reach its designated ending. Created with the goal of 'open music' in mind, as in music with non-deterministic forms and structures. Overall theme of the piece is that it follows a classic journey/adventure, where the player goes through various adventures and even a 'boss battle' of sorts, eventually reaching the end. The piece is also designed to be played by a single violinist. Planned features include adding changing tempo throughout, more modules, changing probabilities, and a better gui.

A 2d physics sandbox based on Box2d that focuses on creating materials with realistic material properties by using spring-body masses. Allows users to spawn and manipulate rigid bodies and spring-body masses. Users can manipulate forces by dragging around objects, changing gravity, and more. Made using C++ and C.