• Merging lab to Monday only

Take 5 minutes to work with 1-2 peers:

Suppose you were to come up with a computational approach for producing this sort of pattern. How can you define the expected output? 

• Try to come up with a precise description, perhaps a mathematical formulation?

• What sort of parameters can you identify? What might vary?

• What sort of objects can you define? 

Remember from the Marshmallow Challenge that it's important to try! You should not expect to arrive at a solution immediately. Instead, iteratively try and adjust.

In pairs, try engaging with chapters from a standard theoretical CS text:

Take 20 minutes with Chapter 7 Voronoi Diagrams from Computational Geometry: Algorithms & Applications (available via MHC login or Ed)

We'll take 5-10 minutes for a mini-explanation on board, including:

• A diagram that satisfies the definition

• A diagram that does not

• Take 20 minutes with Chapter 9 Delaunay Triangulation from Computational Geometry: Algorithms & Applications (available via MHC login or Ed)

We'll take 5-10 minutes for a mini-explanation on board, including:

• A diagram that satisfies the definition

• A diagram that does not

• https://cartography-playground.gitlab.io/playgrounds/triangulation-delaunay-voronoi-diagram/ 

• https://fbellelli.com/posts/2021-07-08-the-fascinating-world-of-voronoi-diagrams/ 

• https://www.instructables.com/Hand-Drawn-Voronoi-Diagrams/ 

Complete:

• Waypoint 0: kickoff  by end of day tomorrow Fri 1/30, 11:59pm

• Waypoint 1: generative algorithms  before class Tue 2/3, 1:45pm

• Homework 1: Exceptional Voronoi & Delaunay  by end of day Thu 2/5, 11:59pm