A python program to run the Collatz algorithm

An interactive python based program for hailstone sequence calculation, the numbers that increase and decrease but eventually settles into a repeating pattern of the numbers 4, 2, 1. The sequence is generated by starting with any positive whole number greater than zero. Also plot graphs which reveals the true beauty of conjecture

The Collatz Conjecture | 3N + 1

3n+1 differently

A computational service and API for exploring and understanding the Collatz Conjecture. Continuously calculates Collatz sequences from any given number and stores results in a SQLite database for querying and analysis.

Research based around a simple yet fascinating repetitive piecewise function.

The Collatz conjecture is one of the most famous unsolved problems in mathematics. The conjecture asks whether repeating two simple arithmetic operations will eventually transform every positive integer into 1.

Just a minimal tester for collatz conjecture

Arc diagram visualization of the parity Collatz function from the famous conjecture.

An implementation of the Collatz Conjecture

Input any Positive Integer and receives the complete sequence of The Collatz Conjecture.

This is my solution or the Collatz Sequence project assignment from Chapter 3 of Automate the Boring Stuff with Python

Graphic representations of Collatz sequences

Visualization of the Collatz Hypothesis (3n + 1 dilemma, Syracuse problem)

Go implementation of code, exploring the Collatz conjecture, a famous mathematical problem

C code for playing with the mathematical problem, the Collatz Conjecture

Highly optimized rust program to find the number with the largest steps from 1 to n following the collatz conjecture

Script provides Collatz conjecture numbers graph for a given starting number

Collatz algorithm written in rust, compiled to WASM and used in a webproject. Chartjs used for graphics.

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