A collection of tools and algorithms for developing traditional roguelikes. Such as field-of-view, pathfinding, and a tile-based terminal emulator.
Fast, lightweight and easy-to-use pathfinding library for grid-based games
Pathfinding visualizations with Python and Pygame
Conflict-based search for multi-agent path finding
A visualizer for the core search algorithms used in AI and game development. Special thanks to Amit Patel and his cool tutorials for providing me with the inspiration. #MadeWithUnity
🎢 Visualize various pathfinding algorithm using React.js
BrainAI is a set of helper classes to add AI to your game.
Pathfinding Algorithm Visualizer with ability to Pause/Rewind during run
Offline Time-Independent Multi-Agent Path Planning (IJCAI-22, T-RO-23)
Visualization tool for various algorithms wrriten in ASP.NET Core & React
Ever use Google maps? Well, Google maps uses a type of pathfinding algorithm in order to route you from your origin to your destination. PathFinder is simply a tool that visualizes how these types of pathfinding algorithms work. With PathFinder, you can visualize how the Breadth First Search and Depth First Search pathfinding algorithms operate …
Various pathfinding algorithms implemented in rust. Currently very WIP.
Pathfinding and maze generation algorithms visualizer
The collection of Context-Free Path Querying algorithms
📈 Online Algorithm Visualiser for Pathfinding Algorithms
🧠 This repository features an intelligent agent that autonomously explores the Wumpus World—a grid filled with hidden Wumpuses, pits, and gold. Using logic, inference, and planning, the agent avoids dangers, finds gold, and escapes. Includes real-time Pygame visualization and customizable settings, ideal for AI/game logic study and experimentation
A project for showing different kinds of pathfinding algorithms
Quadratization of differential equations
🛰️ Real-world navigation based on open source spatial data and pathfinding algorithms
Project provides a basic application of different path searching algorithms like A *, Dijkstra
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