mazeASK is a study in maze algorithms, but it is also a study in generalization.
Its didactic force comes from making representation explicit.
mazeASK is organized around a set of distinctions >>
- topology as possible structure
- carved links as canonical connectivity
- rendering as derived interpretation
- algorithms as spanning-tree selection rules in the abstract, and as specific behaviors whose semantics may or may not generalize honestly across topologies
That separation matters because it determines what can be generalized honestly.
Its didactic purpose is to demonstrate why some algorithms move cleanly through neighbors and links while others depend on deeper semantics that may remain rectangular-only.
That is why mazeASK proceeds through >>
- representation rather than wall-thinking
- topology rather than drawing convention
- carved connectivity rather than mutable border state
- selective portability rather than fake universality
- explicit limits rather than overclaimed abstraction
The project's didactic value lies partly in what it does not force.
When a generalization becomes artificial, keeping the boundary explicit becomes part of the lesson.
The existing generalization narrative traces how that argument unfolds within this repo.
This document states why that demonstration is central to the project at all.