Dive into a 33-minute coding challenge that simulates spring forces using vectors and oscillating motion. Learn how to implement Hooke's Law, create 1D and vector-based springs, add gravity, and control springs with mouse input. Explore particle systems, develop spring and particle classes, and connect multiple particles with springs. Refine the simulation by incorporating shape functions and discover how to create swishy, spring-based animations. Gain practical experience in applying concepts from chapters 2 and 3 of the Nature of Code, with hands-on coding examples in p5.js.
Overview
Syllabus
Choo choo!! Springs Coding Challenge!.
Explain! What is Hooke's Law?.
Code! Let's make a 1 dimensional spring!.
Explain! How can we bring in vectors?.
Code! Let's adjust the code to use vectors..
Code! Let's add gravity!.
Code! How can we control the spring with our mouse?.
Explain! But wait!! Particles!.
Copy & Paste! A particle class..
Code! Let's make bob and anchor particles..
Code! We need a spring class..
Debug! What is missing?.
It works!.
Code! But wait!! Particle system!.
Code! Let's connect the particles with springs..
Code! We can refine it a bit..
Code! Playing with beginShape() and endShape()..
Ideas! If you make a swishy robot share it with me!.
Taught by
The Coding Train
