Ever wondered how to capture the elusive beauty of π using just Python? Let me take you on a journey—right from my cozy study in New Mexico, where the desert winds whisper secrets of numbers. First, I dove into the Nilakantha series. This clever pattern starts at 3 and weaves in fractions, alternating between adding and subtracting. With Python’s decimal module, I could chase as many digits as my heart desired—though my laptop nearly fainted at a million iterations! 😂 But wait, the Monte Carlo method is pure magic. Imagine tossing pebbles into a square pond and counting how many land in a quarter-circle. The more you toss, the closer you get to π. It’s slow, but mesmerizing—especially when you watch the turtle graphics draw each point like a cosmic dance. Now, I must confess: my code might have a hiccup or two. Spot any? Let me know below! Or, do you have a trick to make these methods even faster? Let’s build the ultimate π calculator together! 🌵🌀 Your turn—what’s your favorite way to wrangle π? #Python #PiDay #Programming #Education