The Dijkstra Algorithm Visualizer is an interactive Python-based tool that graphically demonstrates Dijkstra's shortest path algorithm in action. It allows users to input start and end nodes dynamically, visualize weighted graph traversal, and understand the shortest path computation in real-time with a clean and aesthetically pleasing interface.
- Interactive Inputs:
Users can specify the start and end nodes interactively using input boxes. - Real-Time Visualization:
Watch the algorithm step through, dynamically updating the graph and highlighting the shortest path. - Custom Design:
- Enhanced visuals with vibrant colors and a clear layout for nodes and edges.
- Semi-transparent labels for edge weights.
- Intuitive panel for displaying the shortest path and distance details.
- Node and Edge Setup:
- Predefined graph with labeled nodes (
A-F) and weighted edges for experimentation. - Automatic updates for paths and distances when input changes.
- Predefined graph with labeled nodes (
This project provides an excellent way to bridge the gap between theory and implementation, making it ideal for computer science students and enthusiasts seeking a hands-on learning experience with graph algorithms.
- Language: Python
- Libraries: Pygame (for graphics and interactive interface).
- Input Nodes: Specify start and end nodes via input boxes.
- Watch the Magic: The algorithm computes the shortest path dynamically, which is highlighted along with the distance.
- Enhanced Visuals: Enjoy a well-structured graph with color-coded paths, nodes, and interactive feedback.
- Clone the repository:
git clone https://github.com/your-repo/dijkstra-visualizer.git cd dijkstra-visualizer