This page serves as a deployment space for easy access to some of my personal programming projects and tool ports. If you're in search of my github details, go here.
First dive into R and classification ML, achieving ~79% accuracy in predicting Titanic survivors. Placed in the top 10% of ~17,000 Kaggle participants.
Produces LaTex-like math formulas using AsciiMath and MathJax libraries. Features include responsive design, multi-line output, dark zen editor mode, and more.
In-depth analysis of math formulas, often specific to data science and statistics. Breaks down and explains common math formulas.
Helps Japanese language learners visually identify any of the 2,136 常用漢字 (jouyou kanji), particularly in books.
Generates HTML ruby markup readings based on native Japanese input, using only client-side technologies.
Deconstructs Japanese sentences automatically allowing the player to drag kanji characters into the correct location slots within the sentence.
A curated collection of Japanese grammar notes hosted natively in Github using pure Markdown.
Experimental project using Claude AI to generate reading material. A semi-automated human / AI collaboration.
Simplified comprehensive representation of all classic Kanji radicals, based on KanjiAlive's open-sourced data.
Showcases how handwritten kana characters should look.
Custom-built network graphing tool based on vis.js vis-network library. Offers various features including fullscreen mode, fit-to-center, and more.
Tool port for reverse-looking up Kanji by their containing parts (radicals or primitives).
Study tool port for the Genki book series.
Study tool port for the Tobira book series.
Tool port for creating sequence diagrams, useful for design work.
JavaScript-based image steganography tool that hides and encrypts data within images.
Tool port with minor modifications for visualizing graph plots for GLSL shader programming.
Tool port with added color inversion feature for viewing PDF files in the browser.