My very first game created using the Processing Programming language. It was created as a replica of the game Don't Touch The Spikes created by Ketchapp and was handed in as a final summative in my grade 10 programming course.
- Game Type: Arcade
- Language: Processing
- Created For: Desktop (any OS)
You (the ball) are bouncing back and forth between two walls. Spikes randomly appear on the wall that you are headed towards and you must click the screen to cause the ball to bounce in such that you avoid these spikes. There are also a bunch of "easter eggs" and secret codes that allow you to do some cool stuff and unlock some cool "skins". But you'll have to search for them yourself :D.
- @Ameer-Mushani
A game created using the LibGDX java game development framework. Was handed in as my final summative for my grade 11 programming course.
- Game Type: Arcade
- Language: Java (LibGDX)
- Created For: Android Mobile, Desktop (any OS)
A bunch of different looking arrows are being brought accross a conveyor belt. You must click the correspnding stationary arrow while the moving arrow is in the "green space". The "green space" will turn red when the arrow is in it.
- None
A second game created using the LibGDX java game development framework. It was created as a replica of the game Gravity Guy. It is an android based mobile game. was handed in as a final summative in my grade 12 programming course.
- Game Type: Endless Runner
- Language: Java (LibGDX)
- Created For: Android Mobile, Desktop (any OS)
You are a character endlessly running while random obstacles are being thrown your way. Your objective is to avoid these obsticles by changing "gravity". This can be done by simply tapping the screen. The game slowly get's faster the longer time goes on. The game does not have an "end", the goal is to stay alive as long as possible.
- @Ameer-Mushani
A C Program used to run "whimsical" patterns on an RGB NeoPixel LED strip. A project given in my grade 12 Computer Technology course.
- Created For: PIC12F1840 RAINBO Board
Put the code into your desired circuit board (NOTE: code must be modified to fix your board needs), plug the board into a NeoPixel LED strip and read the code for the different functions.
NOTE: I was complelety new to the C programming language when I wrote this and I realize the code is not the greatest
- None