A repository for simulating some of the interesting mathematics problems discussed on the popular YouTube channel, NumberPhile. One implementation done so far is a visualization of the golden ratio turning into sequences of flower petals.

Recreation of the animations shown in Numberphile's "Beautiful Trigonometry"

Balls bouncing in a ring. This simulation outlines how chaos emerges from a simple ball bouncing around in a ring. This code was inspired by a numberphile video on chaos-theory.

Code for generating interesting integer sequences from the OEIS using python3, C and C++

Recamán's sequence image and animation generator

A collection of some algorithms on generating numerous prime sequences

Trying to find a magic square of squares, see https://www.youtube.com/watch?v=aOT_bG-vWyg

self-made "chaos games" problem realization as described in the video https://www.youtube.com/watch?v=kbKtFN71Lfs using kotlin

Programming and Plotting Graphs From the Numberphile "Amazing Graphs" Series

Interactive visualizations of interesting math phenomena (LIVE DEMO). Most are inspired by Youtube videos.

Python code to generate a barnsley fern and a mutated version of the barnsley fern.

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

Projeto simples feito com propósito de responder uma pergunta no Brainly

Let's you play around with different types of Cellular Automata e.g. Conway's Game Of Life, Ulam Stanislaw's Cellular Automaton

Tool for solving math problems involving finding an expression for a given value. (like numberphile's 10958 problem)

Balls bouncing inside of a circle. This was inspired by a similar Numberphile video on chaotic systems.

Calculate and visualize the Recamán sequence

6 completely different algorithms to create a SierpinskiTriangle using P5