In this coding challenge, I program from scratch the Mandelbrot set with Code: 🕹️ Web Editor Sketch: 🎥 Previous video: 🎥 Next video: 🎥 All videos: References: 🗄 Wikipedia on Mandelbrot Set: 💾 Mandelbrot Set Explorer: Related Coding Challenges: 🚂 #22 Julia Set in Processing: 🚂 #140 Leibniz Formula for Pi: 🚂 #168 The Mandelbulb: Timestamps: 0:00 Introducing today's coding challenge: the Mandelbrot set 1:22 What is a complex number? 6:06 Multiplying two complex numbers 7:51 The Mandelbrot set is all of the complex numbers that stay bounded 8:40 The initial sketch sets every pixel to gray 12:00 Calculate the real and complex components for the next generation 13:03 What does it mean to be bounded? 14:58 Set the brightness based on number of iterations 16:46 Store the original values of a and b 20:05 Set the brightness by mapping to maxIterations 21:50 Add sliders to add ability to zoom in on the Mandelbrot set 24:58 Conclusion and suggestions for variations Editing by Mathieu Blanchette Animations by Jason Heglund Music from Epidemic Sound 🚂 Website: 👾 Share Your Creation! 🚩 Suggest Topics: 💡 GitHub: 💬 Discord: 💖 Membership: 🛒 Store: 🖋️ Twitter: 📸 Instagram: 🎥 Coding Challenges: 🎥 Intro to Programming: 🔗 : 🔗 Web Editor: 🔗 Processing: 📄 Code of Conduct: This description was auto-generated. If you see a problem, please open an issue: #mandelbrot #fractal #complexnumber #imaginarynumber #p5js #javascript