A biographical look at the life and mathematics of Frank Harary, the Founding Father of Graph Theory.

We implement the Voronoi Diagram algorithm into Pygame so that it updates its Voronoi Cells as we add defining points.

We implement an Auto-Palette-Simplification algorithm, A Voronoi Cell algorithm, and A Color Sieve algorithm on images in OpenCV-Python.

We discuss the importance of (Im)Mutable Objects in Python and implement an algorithm we call Palette-Simplification of images using OpenCV.

We make a few Image Processing algorithms with OpenCV: Pixelate, Cutoffs, Brighten/Darken, Blending, RGB channels, and Recursive Algorithms.

We use OpenCV-Python on Knot Diagrams to learn about Image Processing, adding blur and various coloring algorithms to the knot diagrams.

We add a lot of functionality to the GUI - Adding/Removing vertices and edges, returning graph info, and returning some graph matrices.

We add some preset graphs and matrices to our Graph Class in Python and implement an "add_vertex" button with user-typed input in the GUI.

We create a Graph Class in Python to work with mathematical graphs. Then we create an interactive display using Pygame to visualize them.

We implement methods to work with maximal chains into our Poset class in Python and get majorly distracted by Critical Groups of Graphs!