An application that provides a graphic visualization of the Collatz conjecture.

3n+1 differently

Using recursion and java, I designed a simple method that takes in any positive integer N and performs two calculations. The method returns N/2 if N is even or it returns 3*N + 1 if N is odd. This recursive process is ran until N is 1. Using a separate method called collatzChecker, I used an iterative method to call the Collatz recursive method …

Experimental proof for a segment of numbers.

VT Programming team lecture 2016.02.09

These programs test numbers to see if they agree with the collatz conjecture.

Weird self-similarities and patterns are found when expanding the Collatz conjecture to the complex plane. This repo contains code for generating this fractal.

The 'Collatz-Conjecture'-algorithm in different languages

A simple java program that demonstrates the Collatz Conjecture. Results print in terminal.

The Collatz Conjecture testing machine

My Collatz Conjecture based PRNG. It takes advantage of the geometric Brownian motion of the sequence for a given seed to generate pseudorandom bits

A simple console program find amount of steps required for number to become 1 under the collatz conjecture rules

code for 3n+1 in different languages

Programa de la Conjetura de Collatz (Teorema 3x+1) hecho con programación de hilos.

Inspired by the Collatz conjecture, this project aims to find the alleged "infinite number" that of this theorum. As it is in its beginning phase, we are still prototyping. Currently two people are working on this, one (me) in Java, and the other in C#.

A simple Java application to find information about a given Collatz Conjecture (also known as "the 3x+1 Problem") sequence of numbers.

Generate a Hailstone series for a given input.

El programa proporcionado implementa una variante simplificada del famoso problema matemático conocido como "Conjetura de Collatz" o "Conjetura 3n + 1"