Nathan Chapman's Projects
My attempts are solving Advent of Code over several years
A collection of data structures and algorithms for scientific computing
A collection of algorithmic art
Model, analyze, and solve the Rubik's cube with graph theory
A sort of sandbox to track my progress in learning the how to use CUDA in the Julia language.
A collection of projects for CS:530 High-Performance Computing in Fortran
Final project for Physics 561: Adv. Computational Physics comparing direct measurement in simulation to theoretical predictions of gravitational wave frequencies in weak-field binaries
My website acting also as a portfolio
A repository of solutions to the first 100 problems on Project Euler.
A collection of unimportant (but still substantial) projects that I did just cause I felt like it.
A collection of assignments and projects for CS565: Scientific Computing.
A linux-based operating system configured for use in high-performance scientific computing.
During COVID-19, Springer released a ton of books to the public (for a limited time). This code programmatically downloads and organizes the books you want.
Thesis for the Computational Science Master's program at Central Washington University. 3D extension of an analog of cosmological particle creation in a Friedmann-Robertson-Walker universe by numerically simulating a Bose-Einstein condensate with a time-dependent scattering length.
A game to discover and trade between settlements so you can build the next great society!
Implementation of the Discrete Gravitational Search Algorithm to solve the Traveling Sales Problem.
A collection of my undergraduate work in computational science