Welcome to Arongil.com

Here you can find a portfolio of some of the cooler projects I've worked on. Explore some of them below!

Products

• Scheduler, a constraint satisfaction solver with frontend written in JavaScript made to schedule classes for my high school.
• Shhh!, a program which listens for noise in a quiet group study space and loudly alerts students who are too loud.
• Realtime, a 3D graphing engine that connects up to Khan Academy's image API which I created to help create visual exercises for multivariable calculus.
• Rebel Reader, a NodeJS app that connects to the Google Translate API to generate interactive language learning practice based on whatever foreign text you input.
• Random Caller, a simple program to call on students in class which I built while teaching theoretical linear algebra at Khan Lab School.
• Disease Simulation, a prescient program (built in 2017) that models the spread of disease globally via airline networks.
• Programs Collections, a slapdash portfolio of other projects I like to feature, mostly from before 2017.

Games

• Bird Breaker, an Atari breakout spinoff in the air with different plane designs and levels, including the infamous Bird King!
• Minesweeper, which features an algorithm to solve an arbitrary board which I designed from scratch.
• Fourier Sketch, a toy demonstration of the power of the Fourier Transform which traces any drawing you make using only rotating circles.
• Gravity Pong, which adds a slight spin (more accurately, pull) to the rules of normal Pong, plus an AI that can see the future.
• 3D Engine, featuring a built-from-scratch physics engine which connects to the Three.js rendering library.
• Editable World, a 2D Minecraft spinoff built in C# from so, so long ago.

Academy

The Academy is a special part of Arongil.com, dedicated to housing the many math videos I created originally for my YouTube channel Arongil Productions. Also featured:

• Complete lectures from the theoretical linear algebra course I taught at Khan Lab School in 2021
• Complete series covering differential equations from 2018
• Some miscellaneous tools I built, like a Gram-Schmidt "Function Fudger"