A parallelized brute-force program for finding and plotting all shortest paths that touch every square in an n by n grid
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Updated
Oct 15, 2025 - C++
A parallelized brute-force program for finding and plotting all shortest paths that touch every square in an n by n grid
Machine-checked Lean 4 proofs for "Minimal Topologies of Forward-Local Failure in AI Systems: The Hamiltonian Microscope" — hamiltonian-path as abstract ConstraintSystem instance (inheriting Sudoku-Microscope theorems) and Layer 2 silent-commit signature formalization with provider-agnostic well-definedness.
cool Fortran implementation of linked lists for traversing through nodes and finding the hamiltonian path (dynamically)
Python implementation of the backtracking approach to find a Hamiltonian path in a given graph.
A K4-engine cybernetic runtime for AI swarms. Replaces semantic theater with thermodynamic constraint. Uses the K4 Algebra of Four-Fold Distinction to achieve phase-lock, prevent trajectory loss, and execute structurally coherent agent instantiation.
Implement a Hamiltonian path algorithm, and Design a tour for visiting all cities of a country. (PHP)
DSA Graph Analysis Project
Lean 4 proof and reproducible verification artifact for Written on the Wall II, Conjecture 198a
Complex algorithms in Python
Mind game where you drag through numbered dots to fill the grid - 400 daily levels generated offline in python, played in the browser.
RU: C++ инструмент/эксперимент по графам и гамильтоновым маршрутам. EN: a C++ graph-theory tool/experiment for Hamiltonian routes.
一笔画网页解谜小游戏 · 网格哈密顿路径触控解谜(原生 HTML/CSS/JS,无构建)
This project aims to implement an algorithm to find a Hamiltonian Path in a graph (directed or undirected). A Hamiltonian Path is a path that visits each vertex exactly once.
Explicit 14-vertex counterexample to Written on the Wall II Conjecture 200, with proof, exact verifiers, and Lean 4 formalization
Generates Hamiltonian Paths/Cycles to Beat the Snake Game
AI-powered snake game using Python and Pygame with manual gameplay and intelligent algorithms like greedy and Hamiltonian path.
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