Connect - Minus Visualization Tools

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Interactive visualizations for understanding and solving complex graph problems. Explore algorithms with step-by-step animations and real-time feedback.

Explore Tools

Algorithm Tools

Select an algorithm to visualize and solve graph problems interactively.

Traveling Salesman Problem

Find the shortest possible route that visits each node exactly once and returns to the origin.

NP-Hard Optimization
Open TSP Solver

Dijkstra's Shortest Path

Find the shortest path between nodes in a graph with non-negative edge weights.

Greedy Shortest Path
Open Dijkstra's Tool

Bellman-Ford Algorithm

Find shortest paths from a source node in graphs with negative weight edges.

Dynamic Programming Negative Weights
Open Bellman-Ford Tool

Prim's Algorithm

Find a minimum spanning tree for a weighted undirected graph.

Greedy MST
Open Prim's Tool

Floyd-Warshall Algorithm

Find shortest paths between all pairs of nodes in a weighted graph.

Dynamic Programming All Pairs
Open Floyd-Warshall Tool

Kruskal's Algorithm

Find a minimum spanning tree using a union-find data structure.

Greedy MST
Open Kruskal's Tool

Key Features

Our tools are designed to help you understand complex algorithms through interactive visualization.

Step-by-Step Visualization

Watch algorithms execute step by step with detailed explanations at each stage.

Interactive Controls

Adjust parameters, create custom graphs, and control the algorithm execution speed.

Export Results

Save your solutions, graphs, and algorithm visualizations for later reference.

About Connect - Minus

This platform provides interactive visualizations of fundamental graph algorithms used in computer science, operations research, and network analysis. Our tools help students, educators, and professionals understand how these algorithms work through step-by-step animations and interactive examples.

Each algorithm tool includes detailed explanations, complexity analysis, and the ability to create custom graphs to test different scenarios. Whether you're preparing for exams, teaching a class, or solving real-world optimization problems, these tools will enhance your understanding of graph algorithms.

6+

Algorithms

100%

Interactive

Free

To Use

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