Duncan Armstrong Portfolio

This is an ongoing project. It is a traditional roguelike, meaning it is a game that is supposed to emulate the first Rogue from the 1980s. This project is still very early in development but I think it is at a good point to share.

This is a game I am worked on in Game Studio. This game is a co-op game with ragdoll physics similar to Gang Beasts or Humans Fall Flat. This project was shown at PAX East 2023 at Clark University's booth and will soon have a Steam release. I am lead programmer on this project.

D3 stands for Duncan’s Dungeon Delight. I made this game for my senior project in high school. D3 is a VR dungeon crawler rogue-like. D3 was an experiment in VR gaming.

This is the game I worked on in my Game Studio class for Clark's Business School. This game is about exploring an office, talking to NPCs, and collecting information to figure out if the company was successful. I am the lead programmer on this project which includes VR integration along with game loop programming.

This is a project I worked on with other students during my Game Studio class at Clark University. I was a Junior Developer and I worked on enemy AI, the gameplay loop, and elements of the second level. This game is a tower defense game.

This is a Minecraft clone that I developed in high school and continued to work on during my freshman year of college.  This version of my voxel generation project allows for the breaking and placing of blocks along with the saving and loading of user’s world.

This is a game that my friend and I made during the 2022 Clark University 24hr Spooky Game Jam. This is a horror game that draws inspiration from theoretical quantum mechanics. It is a first person game that tasks the player to find all the codes while being hunted by a monster.

This game is a 2D FPS in the style of the original DOOM. All levels are procedurally generated using the drunkard walk algorithm. This algorithm is also used in games such as Nuclear Throne.

This is another VR game I made during my senior year of high school. It is a game meant to simulate being a piece of clothing in a washing machine. This game tested my VR skills and create a motion sickness experience for the player. In the game the player spins continuously. If you get motion sick, do not play this game.

This project is the combination of a few other different voxel generation projects. It is fast, infinite, and procedurally generated using Perlin noise.

This is a C# project I made to procedurally generate a dungeon with a user defined size and height. This project was created to explore procedural generation outside of game creation.

This is a very basic Minecraft clone, a voxel game project I made in C++ using GLFW + GLAD + IMGUI + GLM + OpenGL. You can break and place blocks and save and load the world.

A C++ implementation of the Drunkard's walk algorithm. This is a random walk algorithm that generates cave like structures.

This is a project I did in my free time using Markov Chains and Python to generate random sentences based on input files.

Linked above is a collection of non-game-related programming projects I have done over the years. Mostly assignments from high school and college.