Pinned Repositories
CS510-Robust-Newton-Visualized
Objective: Produce a polynomiography of the performance of Robust Newton Method, and the combination of Robust Newton Method and Newton Method. This means pick a square, divide it into pixels and for each pixel iterate the Robust Newton Method and do color coding.
CS520-Assignment-1-Fast-Trajectory-Replanning
Project Details: https://content.sakai.rutgers.edu/access/content/attachment/12a55f1a-87aa-4e0f-886d-385d48d315ed/Assignments/06f06a65-7e00-4226-b413-52f5406c0ea3/Assignment1.pdf
CS520-Face-and-Digit-Classification
lc-slapstick-comedy-soundpack
SMB3DO
A personal project that aims to re-imagine the classic Nintendo NES game Super Mario Bros. 3.
SmokedSeaBass.github.io
SmokedSeaBot
SmokedSeaBass's Repositories
SmokedSeaBass/SMB3DO
A personal project that aims to re-imagine the classic Nintendo NES game Super Mario Bros. 3.
SmokedSeaBass/CS510-Robust-Newton-Visualized
Objective: Produce a polynomiography of the performance of Robust Newton Method, and the combination of Robust Newton Method and Newton Method. This means pick a square, divide it into pixels and for each pixel iterate the Robust Newton Method and do color coding.
SmokedSeaBass/CS520-Assignment-1-Fast-Trajectory-Replanning
Project Details: https://content.sakai.rutgers.edu/access/content/attachment/12a55f1a-87aa-4e0f-886d-385d48d315ed/Assignments/06f06a65-7e00-4226-b413-52f5406c0ea3/Assignment1.pdf
SmokedSeaBass/CS520-Face-and-Digit-Classification
SmokedSeaBass/lc-slapstick-comedy-soundpack
SmokedSeaBass/SmokedSeaBass.github.io
SmokedSeaBass/SmokedSeaBot