Underwater fish flocking simulation. The fish flock using Craig Reynold’s steering behaviours and the flocks wander around the map using a goal based algorithm I devised myself.
Future work involves adding some form of render-able water surface, some form of under water post process shader and some element of game play, such as subs vs battleships.
Working on an implementation of advanced AI agent behavior in games using machine learning techniques.
Project Blog: http://arenabot.blogspot.com/
An assignment for our Game Worlds Programming module.
This project was a project coded using XNA for an module assignment. The idea was to have a traditional game of pacman, only instead of playing on a traditional 2d Pacman level Pacman could traverse all 6 faces of a 3D cube. This project involved an algorithm to render specifically mapped out view ports to a texture buffer and rendering the texture buffer to different sides of a cube.
This was one of our continuous assessment assignments for the Graphics module in 4th year
Select a ship start blowing up Asteroids. Survive as long as possible. Click on a point on the screen to move to that location. Click on an asteroid to target that asteroid.
http://www.youtube.com/watch?v=z1z_l0J0Mn0
