Michael N. 's Projects
Boids are a way of modeling the complex flocking behavior of birds as well as many marine life including schools of fish; the simple rules which are able to generate complex behaviors have been described by Craig Reynolds https://www.red3d.com/cwr/boids/
A app for (latin -jeopardy) Certamen for the site chancellorjcl.noip.me (link may change) that will be a work in progress
This is the repo containing the server for the certamen site
fractal generator in python using matplot lib numpy etc...
This is a 3D version of my Chaotic IFS fractal generator. This version includes a few predefined constants. The main reason I was able to do this code was because I found a fantastic library for visualizing the points
A repo for the purpose of exploring the Collatz conjecture and plotting points graphically; Most of the code is based off my Chaotic IFS Fractal repo
FTC Android Studio project to create FTC Robot Controller app.
committing old code that was a exploration of tests on the digits of the golden ratio code.
Art blog to display my art online with nice descriptions and such
For nearly all of the Fall 2020 Semester, Several of my friends have been arguing as to the color classification one one individual's hair! So I decided to settle the matter or at least provide machine intelligence input on the subject!
Last summer during TURC research at the University of Tulsa for a few days we experimented with designing different convolutional architectures for neural nets to classify the Intel Image Dataset : a labeled multiclass image dataset
a website to be hosted on github pages and linked to a google domain for a client
Code written during a Google Kickstart Code event at Tulsa University campus 9-21-18. The code was later edited and finished. Thanks to Rodrigo Chandia and Evan Forbes
Python 3 project for calculating Primes and Mersenne Primes. Fun in general...
An admittedly somewhat naive approach to computing PI using a Monte Carlo Simulation with standard python floating point implementation
This was some code I wrote a while ago.... just some neat stuff with the digits of pi
-The only way to learn to code is to code and to code a lot hence this is my progress on Project Euler
This is a small(currently) few pieces of code that preform rudimentary encryption and decryption sequences and is written in Python 3.5.1
Jupyter book derivation and demonstration of the Sum of Integer's formula.
This code is based off of the paper: http://sandip.ens.utulsa.edu/aamas05LAMAS_LNAI-tags.pdf