Building on our knowledge of particle systems, week two explores vector fields and their application in guiding the movement of particles. You'll learn how to create vector fields and use them to influence the navigation and behavior of particles within a system. This week enhances our ability to simulate natural phenomena and create dynamic, flowing patterns in our designs.

In our third project, we dive into ecosystem simulations, a complex and fascinating application of creative coding that models interactions within ecosystems. You'll learn how to simulate different entities within an ecosystem and their interactions, such as predation and reproduction. This week challenges us to think about systems, their rules, and how to represent them visually in engaging ways.

Pathfinding is crucial in many design and gaming applications, allowing objects to navigate through environments in an intelligent manner. This week, we focus on the A-Star (A*) algorithm, a popular pathfinding algorithm known for its efficiency and accuracy. You'll learn how to implement A* to enable characters or objects to find the shortest path between two points, overcoming obstacles and optimizing movement within your projects.

Our final project explores the wave function collapse algorithm, an advanced technique for procedural generation that's particularly useful in tile-based generative design. You'll learn how to implement this algorithm to create complex patterns and landscapes, offering a powerful tool for architectural design, game development, and digital art. This week culminates our exploration, showcasing how algorithms can inspire creativity and innovation in design.