Content
1.
Our First Random Mazes
8 Lessons
Learn how to use algorithms for creating diverse mazes, emphasizing practical coding in Ruby.
2.
Automating and Displaying our Mazes
9 Lessons
Walk through automating maze grids, generating with algorithms, and rendering for visual representation.
Introducing Our Basic GridImplementing the Grid ClassImplementing the Binary Tree AlgorithmDisplaying a Maze on the ConsoleImplementing the Sidewinder AlgorithmRendering a Maze as an ImageQuiz Yourself on Automating and Displaying MazesExercise: Interactive Fiction DisplaySolution: Interactive Fiction Display
3.
Solving Mazes
10 Lessons
Work your way through solving and visualizing mazes using Dijkstra's algorithm and enhanced coloring techniques.
4.
Avoiding Bias with Random Walks
8 Lessons
Grasp the fundamentals of unbiased maze generation using random walk algorithms and optimization techniques.
5.
Adding Constraints to Random Walks
8 Lessons
Map out maze generation via two algorithms, Hunt-and-Kill and Recursive Backtracker, balancing dead ends and paths.
6.
Fitting Mazes to Shapes
7 Lessons
Tackle maze masking techniques including class implementations, ASCII and image masks, and geometric mask exercises.
7.
Going in Circles
8 Lessons
Build on polar grids to craft visually appealing, adaptive, and structured circular mazes.
8.
Exploring Other Grids
9 Lessons
Get familiar with alternative grid types by implementing and displaying hex, triangle, and zeta mazes.
9.
Braiding and Weaving Our Mazes
11 Lessons
Get started with designing versatile mazes using braiding, weaving techniques, and cost-aware pathfinding.
10.
Improving Our Weaving
7 Lessons
Master the steps to generate well-structured, predictable weave mazes using Kruskal's algorithm.
11.
Growing With Prim's
7 Lessons
Grasp the fundamentals of Prim's algorithm and its maze generation applications.
12.
Combining, Dividing
8 Lessons
Dig deeper into advanced maze algorithms, including Eller's, Recursive Division, and a unique Aldous-Broder application.
13.
Extending Mazes into Higher Dimensions
8 Lessons
Tackle higher-dimensional maze creation, from transitioning 2D to 3D, visualizing, and implementing complex grid structures.
14.
Bending and Folding Our Mazes
10 Lessons
Build on various 3D maze structures like cylinders, Möbius strips, cubes, and spheres.
15.
Conclusion
2 Lessons
Learn how to use maze algorithms and advanced maze generation techniques in Ruby.
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