Algorithm visualizer made with React, Material UI and P5JS.

Something like Sage, but for the WebAssembly and JavaScript world.

Lambda called on lambda finds/creates lambda, each with lazy-evaled 256 bit global DAG ids. Each lambda has 2 child lambdas. A kind of number that is a universal-pattern-calculus-combinator. Axgob.js (in dagball project, lib dir) is incomplete newer version of this. A fork-editable multiverse of all possible lambdas.

Implementation and visualization of some number theory and graph theory algorithms

Create an iterator which evaluates the Dirichlet eta function for each iterated value.

Finds prime numbers using the Sieve of Eratosthenes algorithm.

Number Necklace Generator

Apéry's constant.

Create an iterator which evaluates the Riemann zeta function for each iterated value.

An infinitely-zoomable Stern-Brocot tree

Javascript visualization of "The Trapped Knight" math problem invented by Neil Sloane.

A variation on Nim Game

Exercise of project euler page

Play with a lot of number theory things!

Online version of FindPattern.cpp for better cross-platform compatability

A collection of arithmetic signed number types.

Personal number-theory calculator. Also encrypts/decrypts files using RSA :)

A fast implementation of the prime-counting function algorithms in Javascript. NOTICE: ARCHIVED FOR NOW.

This project is a web application using ReactJS that can solve Chinese Remainder Problem

Final project for MATH 4803 - Honors Number Theory