Projects
DreamRealm
DreamRealm is a 3D graphics engine i built for the main purpose of understanding the nitty-gritty details of how graphics engines which are a large part of game engines and most 3D graphics softwares work under the hood. DreamRealm is a graphics engine based on Opengl/C++ and upcoming support for DirectX12 and Vulkan. DreamRealm depends on the math library found in the CrunchMath Engine for its 3D graphics operations, DreamRealm is under continuous development and most of its features can be found on its GitHub repositiory. And for an extensive lookup of its roadmap you can check it out on its GitHub projects plan
CrunchMath
CrunchMath is a C++ based math/physics engine. I developed CrunchMath for learning purpose, to understand in details the Ins and out of the use of math and physics in video games and how they work under the hood. I developed CrunchMath from studying various books from 3D math books to physics engine books and some open source codes also came in handy for reference to develop the engine. CrunchMath was written with a focus on clean, performant and easy to read code. The engine has two main core components, which are the math and physics libraries. The math library in CrunchMath engine is independent of the physics library. while the physics library is minimally dependent on the math library for it to execute all internal physics. I would host extensive descriptions of these two components and designs and especially why certain choices were made. The project is still ongoing, but most of its features can already be found on its GitHub repositiory. And for an extensive lookup of its roadmap you can check it out on its GitHub projects plan
Pacman2D
Pacman2D was my first attempt to building a game from scratch with its reusable code which i planned to use to make another game. Pacman2D is a framework based on Opengl/C++. I developed Pacman2D from scratch for the main purpose of understanding the core components and architectures of building a game from scratch and understanding game design patterns. Pacman2D would use the CrunchMath math/physics engine for its life like physics simulations and game dynamics, Pacman2D is still under development but most of its features can already be found on its GitHub repositiory. And for an extensive lookup of its roadmap you can check it out on its GitHub projects plan
Territory Management System
I built the Territory Management System while working at Bluechip Techonologies. The Territory Management System is used by the industry administrators to assign workers to various locations to carry out a specific job, the territory management system is also responsible for tracking movement of workers in realtime and notifies the administrator when a worker has gone out of his/her location boundary. The web app works with Google maps API for tracking location of workers and displaying it on the web app to be monitored by the admins, and from my experience with game programming I wrote a custom (Point in Convex) collision detection algorithm to notify when a worker has left his/her boundary territory.
Foodipy
Foodipy is a web app that displays a wide range of category of foods from different countries, showing details on how to prepare them through a well written description or a video, calls were made to an API to get all kind of food sources. it also has interactions built into it so you are able to like, and comments on a particular meal you think you like. built with JavaScript and was built using a test driven development format (TDD) using the Jest framework for unit testing of some of the funtionalities of the web app. Its source codes can be accessed on GitHub and has a live Demo you can test.
CrunchAlgo
CrunchAlgo is a timetable generator that can be used to generate optimal schedule fixes from a users input of several schedules. Its algorithm takes an approach of organising task appropriately while trying to avoid clashes. CrunchAlgo was made for the purpose of organising school lecture timetable, built with PHP. Its source codes can be accessed on GitHub and has a live Demo you can test.