For this class project the objective is to understand how matrices work in conjunction with 3D mesh data, depth buffer, and texturing. First we start by creating the vertex information for the grid, create the world matrix so the grid can be the identity, a world matrix for the cube translated upwards and have the cube rotate on its y-axis. Next was to create the view matrix then once we do we needed tor create a projection matrix then once we had all that we would create the vertex shader.

This is a class project where we have to Import a level we put together from Blender. We take the data from Blender and export as a txt file and parse that into Visual studio. After we export and convert the assets used into a h2b file, developing the pixel and vertex shader files and the render file you can see the 2 levels being properly drawn.

This Game of Life project represents Conway’s Game of Life. Conway’s Game of Life is a type of computer simulation known as a cellular automaton (automaton is the singular form, automata the plural.) Cellular automata are essentially mathematical models of complex systems important to many fields of study including mathematics, biology, chemistry and physics. 

This lab project is principally concerned with the implementation of the Minimax Algorithm for determining the “best” move.