MATLAB Source Code for Calculating Shortest Distance Between Any Two Points

This repository provides a MATLAB source code implementation designed to calculate the shortest distance between any two points in a graph. The program utilizes classic shortest path algorithms (such as Dijkstra's or Floyd-Warshall) to deliver reliable solutions for distance optimization problems. Users can efficiently input adjacency matrices or edge lists representing their graph structure, and the algorithm will compute minimal path distances through systematic node traversal. The implementation features robust error handling for invalid inputs and returns clear distance matrices or path sequences. Key functions include graph initialization, distance matrix computation, and result visualization capabilities. The code contains comprehensive comments explaining each algorithmic step and matrix operation. With its intuitive interface and detailed documentation, this tool offers both educational value for understanding graph theory concepts and practical utility for real-world applications like network routing and spatial analysis. The modular design allows easy adaptation for specific use cases while maintaining computational efficiency. This program serves as a valuable resource for researchers, engineers, and students working with pathfinding optimization challenges.