Python.Playground.Geeky.Projects.for.the.Curious.Programmer

Python is a powerful programming language that's easy to learn and fun to play with. But once you've gotten a handle on the basics, what do you do next? Python Playground is a collection of imaginative programming projects that will inspire you to use Python to make art and music, build simulations of real-world phenomena , and interact with hardware like the Arduino and Raspberry Pi. You'll learn to use common Python tools and libraries like numpy, matplotlib, and pygame to do things like: Generate Spirograph-like patterns using parametric equations and the turtle module Create music on your computer by simulating frequency overtones Translate graphical images into ASCII art Write an autostereogram program that produces 3D images hidden beneath random patterns Make realistic animations with OpenGL shaders by exploring particle systems, transparency, and billboarding techniques Construct 3D visualizations using data from CT and MRI scans Build a laser show that responds to music by hooking up your computer to an Arduino Programming shouldn't be a chore. Have some solid, geeky fun with Python Playground. Table of Contents Part I: Warming Up Chapter 1: Parsing iTunes Playlists Chapter 2: Spirographs Part II: Simulating Life Chapter 3: Conway’s Game of Life Chapter 4: Generating Musical Overtones with the Karplus-Strong Algorithm Chapter 5: Boids: Simulating a Flock Part III: Fun with Images Chapter 6: ASCII Art Chapter 7: Photomosaics Chapter 8: Autostereograms Part IV: Enter 3D Chapter 9: Understanding OpenGL Chapter 10: Particle Systems Chapter 11: Volume Rendering Part V: Hardware Hacking Chapter 12: Introduction to the Arduino Chapter 13: Laser Audio Display Chapter 14: A Raspberry Pi–Based Weather Monitor Appendix A: Software Installation Appendix B: Basic Practical Electronics Appendix C: Raspberry Pi Tips & Tricks , and interact with hardware like the Arduino and Raspberry Pi. You'll learn to use common Python tools and libraries like numpy, matplotlib, and pygame to do things like: Generate Spirograph-like patterns using parametric equations and the turtle module Create music on your computer by simulating frequency overtones Translate graphical images into ASCII art Write an autostereogram program that produces 3D images hidden beneath random patterns Make realistic animations with OpenGL shaders by exploring particle systems, transparency, and billboarding techniques Construct 3D visualizations using data from CT and MRI scans Build a laser show that responds to music by hooking up your computer to an Arduino Programming shouldn't be a chore. Have some solid, geeky fun with Python Playground. Table of Contents Part I: Warming Up Chapter 1: Parsing iTunes Playlists Chapter 2: Spirographs Part II: Simulating Life Chapter 3: Conway’s Game of Life Chapter 4: Generating Musical Overtones with the Karplus-Strong Algorithm Chapter 5: Boids: Simulating a Flock Part III: Fun with Images Chapter 6: ASCII Art Chapter 7: Photomosaics Chapter 8: Autostereograms Part IV: Enter 3D Chapter 9: Understanding OpenGL Chapter 10: Particle Systems Chapter 11: Volume Rendering Part V: Hardware Hacking Chapter 12: Introduction to the Arduino Chapter 13: Laser Audio Display Chapter 14: A Raspberry Pi–Based Weather Monitor Appendix A: Software Installation Appendix B: Basic Practical Electronics Appendix C: Raspberry Pi Tips & Tricks