How do toothpicks approximate the value of pi? I'll show you by coding a simulation in p5.js!
Challenges
Featured Challenge:
#185 โ Dragon Curve
The Dragon Curve fractal is created by repeatedly folding a strip of paper in half, then unfolding it to form a curve. In this challenge, I attempt to code an animation of the Dragon Curve forming with p5.js in JavaScript.
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Pi day
Happy Pi Day! How many delicious digits of Pi can you catch from the sky? In JavaScript!
๐ฅง Happy Pi Day 2021! This year I estimate the digits of ฯ with random numbers and the probability of two integers being co-prime.
๐ฅง Happy Pi Day 2020! In this challenge, I build a simple web application using p5.js and node.js to search in the first billion digits of Pi.
Let's celebrate PI Day by approximating the digits of Pi using a special location in the legendary Mandelbrot set fractal!
In this coding challenge, I use the Leibniz formula (aka infinite series) to approximate the digits of Pi and graph the convergence.
Happy Pi Day! To celebrate I attempt to compute the digits of Pi using the โcollisionsโ method, thanks to 3Blue1Brown for the idea!
In yet another โPi Dayโ coding challenge, I attempt to generate a pdf โBook of Piโ with the first 10 million digits of Pi mapped to color. Processing (Java) is used for this project.
In celebration of Pi Day, Let's attempt to โvisualizeโ the first one million digits of Pi.
In this coding challenge, I use use a "monte carlo" method to approximate the value of Pi in Processing (Java).
