This project uses the Unity Engine to procedurally generate a voxel (3d pixel) cave system environment. It also fetches real time distances between Earth and other planets in the Solar System with AstronomyAPI. The distances are then used as inputs to influence various aspects of the procedural generation algorithm, such as number of cavities and tunnels, geometric irregularity, and visual effects used.
Jump between dynamically spawned particles and knock them around with a bat to reach the highest elevations you can in this infinite platformer. The core concept and namesake of this game is that all of its actors (player included) are rendered as metaballs - a graphics technique for creating fluid, lava-lamp-like visual effects.
Though healing/support roles are common across multiplayer games, virtually all singleplayer action games position the player as a damage dealer. This demo breaks that convention, instead forcing the player to support and manipulate their AI allies to win a battle. Produced in UE5 as part of a course on complex game AI at Northeastern University, it uses behavior trees to determine the optimal position and behavior (use skill, attack) for each actor. This system also integrates with player skills to create behaviors like allies running to healing spells or focusing enemies stunned by the player.
A competitive online strategy game demo. Features assymmetrical, pitting static towers against mobile demons. The game is intended as a synthesis between the tower defense and real time strategy genres.