Projects sharing features with Pacman

This project is a real-time strategy game framework built for the Godot engine, providing a foundational template for developing isometric strategy titles. It offers a collection of reusable systems designed to accelerate the creation of competitive games, including support for both human and artificial intelligence participants. The framework distinguishes itself through a comprehensive suite of core mechanics tailored for the real-time strategy genre. It includes a dedicated fog-of-war system that obscures map regions based on unit line-of-sight, alongside isometric pathfinding and navigati

This project is an open-source 3D game engine designed for building high-fidelity games, simulations, and cinematic environments. It functions as a robotics simulation platform with native integration for ROS 2 to model robot controllers and sensors. The engine features a multi-threaded Forward+ physically based renderer that supports hardware-accelerated ray tracing and global illumination. The system is built on a modular extension architecture using Gems to add or replace features without modifying core binaries. It includes a native SDK for AWS cloud integration, enabling IAM authenticati

This project is a programming education resource and a collection of vintage game ports. It provides a library of classic computer game implementations and algorithmic problems translated into modern memory-safe scripting languages for educational study and execution. The collection focuses on the implementation of game logic and the practice of fundamental computer science algorithms. It includes diverse examples of procedural content generation, such as random mazes and text-based art, alongside mathematical visualizations. The project covers a wide array of simulation categories, includin

xNode is a Unity editor extension that provides a visual node graph editor for designing flow-based logic and state machines. It functions as a visual logic designer, allowing for the creation and management of interconnected node networks within the Unity engine. The tool enables the construction of custom logic systems, such as branching dialogue trees and game state machine transitions. It supports the organization of complex graphs through a hierarchical grouping system that wraps related nodes into resizable visual containers. The system utilizes a graph-based data model to define data

This project is a collection of reference implementations for vanilla web applications, interactive browser games, and core frontend development patterns. It consists of small web applications and tools built using standard HTML, CSS, and JavaScript without the use of external frameworks or libraries. The collection demonstrates various practical implementations, including browser-based mini games with arcade and word-guessing mechanics, as well as frontend interface prototypes. These examples cover the use of the native document object model for state manipulation and the implementation of i

uPlot is a high-performance canvas time series charting library designed to render millions of data points with high frame rates. It functions as a high-frequency data visualizer and a real-time data stream plotter, utilizing the HTML5 Canvas API to maintain responsiveness when plotting large temporal datasets. The project distinguishes itself as a plugin-based visualization framework that allows for custom renderers to create specialized visuals such as heatmaps and box-and-whisker plots. It also serves as an interactive financial charting tool, specifically supporting OHLC charts, bars, and

Chart.js is a declarative data visualization framework that renders interactive, responsive charts directly onto an HTML5 canvas element. It functions as a configuration-driven engine, transforming structured datasets into complex graphical representations by merging user-defined settings with global defaults. The library utilizes a high-performance rendering pipeline that executes drawing commands during each animation frame to maintain smooth visual feedback. The project distinguishes itself through a modular, extensible architecture that allows developers to register custom scales, control

PathFinding.js is a grid-based pathfinding library that implements multiple search algorithms for computing optimal routes on 2D maps. It provides implementations of A*, Dijkstra, Breadth-First Search, and Jump Point Search, each designed to find the shortest path between two points on a grid while avoiding obstacles. The library is built around a pluggable architecture where each pathfinding strategy shares a common interface, allowing algorithms to be selected at runtime without modifying core logic. It includes a configurable diagonal movement rule engine that controls diagonal traversal b

p5.js is a JavaScript creative coding library and generative art framework. It serves as a web-based graphics engine and a high-level HTML5 Canvas wrapper designed to produce algorithmic imagery and responsive audio-visual experiences. The project provides a simplified sketching API for rendering 2D and 3D graphics directly in a web browser. It enables the creation of interactive animations, generative art, and digital experiences that respond to user input. The library covers a range of applications including interactive data visualization, browser-based multimedia art, and educational prog

cocos2d-objc is an Objective-C 2D game engine designed for developing interactive games and applications. It serves as a cross-platform game framework that enables the deployment of a shared codebase across iOS, tvOS, and macOS. The project features a hardware-accelerated 2D renderer utilizing OpenGL and Metal to display sprites, tile maps, and particle effects. It includes a dedicated OpenAL audio engine for managing music and spatialized sound effects, alongside a cross-platform input handler for processing touch, mouse, keyboard, and accelerometer events. The framework provides capabiliti

learningPixi is an educational resource and instructional guide focused on 2D web graphics and interactive media development. It provides a structured curriculum and tutorials for building 2D games and visual applications using the Pixi.js rendering engine and WebGL for hardware-accelerated graphics. The project covers specialized workflows for sprite animation, including the use of texture atlases and spritesheet frame extraction. It also provides guidance on implementing game state management for scene transitions and rectangular collision detection systems to trigger interactive events. T

Mario-Kart-3.js is a browser-based 3D racing simulation implemented in JavaScript. It utilizes a WebGL game engine to render three-dimensional race tracks and vehicle models directly within a web browser using graphics hardware. The simulation features a physics-based drifting and maneuver system for gaining speed boosts and a power item system for deploying competitive advantages during races. The project encompasses a vehicle control system that maps keyboard and mouse inputs to steering and acceleration, alongside a simulation engine that manages collision detection and scripted item logi

Thrive is a biological evolution simulation game and evolutionary sandbox where species evolve from single-celled organisms into complex civilizations. It serves as a multicellular life simulator and species progression engine, modeling the transition from microbes to industrial societies through natural selection and mutation. The project features a biological design tool and morphological editor for creating creature anatomy and tissue differentiation based on chemical principles. It includes a specialized environment for testing metabolic processes and designing organism shapes via cell sp

NoahGameFrame is a distributed game server framework designed for real-time multiplayer games. It utilizes an actor model backend to manage game state and logic through an asynchronous, event-driven system that distributes workloads across multiple CPUs. The framework features a scriptable server environment that integrates external scripting languages, allowing for updates to game behavior and mechanics without restarting the server. It also employs a plugin-based architecture with an interface-oriented design to enable the addition of custom application logic and modular engine extensions.

minecraft-weekend is a voxel engine designed for rendering infinite three-dimensional environments. It utilizes procedural generation and mathematical noise functions to automate the creation of diverse landscapes, biomes, and height variations. The engine implements a voxel rendering system using buffer-based meshes and chunk-based world partitioning to manage GPU performance and memory usage. It includes a dynamic lighting system that calculates light values, transparency, and distance-based fog to simulate atmospheric depth. The project covers 3D game physics simulation through axis-align

Ink is an interactive narrative scripting language, a JSON narrative compiler, and a narrative engine runtime. It provides a specialized toolset for authoring non-linear stories and complex branching dialogue systems, allowing developers to manage game state and deliver interactive text to a user interface. The system transforms raw scripts into a machine-readable JSON bytecode format to optimize execution within external game engines. It distinguishes itself through advanced state management, including the ability to serialize story progress into snapshots and maintain concurrent story conte

ZenlessZoneZero-OneDragon is a game automation bot designed for Zenless Zone Zero. It functions as a combat automation script, an account management orchestrator, and an AI gameplay assistant to automate combat, daily quests, and character movement. The project utilizes image and audio recognition models to implement precision combat dodging and execute attack sequences. It employs pathfinding and recognition models for automated environmental navigation and interaction within game zones. The software provides broader capabilities for automating recurring daily tasks and resource collection.

LittleJS is a lightweight HTML5 2D game engine designed for building web games using Canvas and WebGL without external dependencies. It integrates a WebGL sprite renderer, a 2D physics engine for arcade-style collisions and rigid-body dynamics, and a grid-based A* pathfinding system for entity navigation. The engine is distinguished by its procedural audio synthesizer, which generates music and sound effects at runtime using parameter arrays to minimize file sizes. It also features a comprehensive graphics pipeline that supports custom fragment-shader post-processing and a dynamic 2D lighting

Tower Game is a browser-based JavaScript engine designed for building physics-driven stacking simulations. It provides a framework for developing interactive arcade-style challenges where players align blocks to build structures, with core systems that manage collision logic, health tracking, and precision-based scoring. The engine distinguishes itself through a modular architecture that allows for deep customization of gameplay mechanics. Developers can inject custom functions to override default movement speeds, oscillation angles, and scoring triggers at runtime. Additionally, the system s

Hilo is an HTML5 game engine for building 2D games that run across browsers and devices. It renders graphics through Canvas, DOM, or WebGL backends, automatically selecting the best option for the target environment. The engine provides a complete game development solution with sprite, skeletal, and particle animation, along with a texture atlas system for efficient image loading and rendering. The framework distinguishes itself through its integration of the DragonBones skeletal animation engine, which drives bone-based character movement without frame-by-frame sprites, and its Chipmunk phys

Unreal.js is a JavaScript runtime and scripting layer for Unreal Engine that embeds the V8 engine to implement game logic and manage application state. It provides a bridge for writing high-level application behavior and actor control without modifying the core engine source code, as well as a framework for extending the Unreal Engine editor with custom interface elements. The project distinguishes itself through a V8-based integration that supports real-time code reloading and live iteration, allowing scripts to be updated without restarting the application. It includes a bidirectional commu

This project is a browser-based game engine and implementation of a racing game built using a declarative component architecture. It provides a framework for constructing interactive three-dimensional environments and game objects by mapping hierarchical data structures to a persistent scene graph. The engine distinguishes itself by synchronizing game logic with high-performance rendering through a centralized data store. This approach ensures that physics calculations, player progress, and environmental variables remain consistent with the visual output of the scene. Developers can compose c

This is a browser-based puzzle game and HTML5 JavaScript application where players slide and merge numbered tiles on a grid to reach a target value. The game runs entirely on the client side, using web standard technologies to handle game logic and rendering directly in the browser. The application is a mobile-compatible web app that translates touch-swipe gestures and keyboard inputs into directional commands. It includes a local storage score tracker to save and maintain a record of high scores across different sessions.

Amethyst is a data-driven game engine written in Rust for building high-performance 2D and 3D games. It is built on an entity component system architecture that decouples game state from logic to enable parallel processing and reusable code. The framework features a glTF 3D renderer for importing scenes and geometry using physically based materials. It also serves as a multiplayer game framework, providing network transport abstractions and state synchronization for real-time online experiences. The engine covers a broad range of capabilities, including hybrid 2D/3D rendering, asynchronous a

Minetest Game is an open-source voxel sandbox engine that provides a foundational environment for building, exploring, and modifying procedurally generated worlds. It functions as a creative platform where users can construct complex structures and interact with a three-dimensional, block-based landscape without predefined goals or hostile entities. The project distinguishes itself through a modular architecture that separates game mechanics from the core engine. By utilizing a sandboxed scripting environment and event-driven hooks, it allows for the dynamic modification of game behavior, ena

RecastNavigation is a navigation mesh toolset and game AI pathfinding library used to generate and query walkable surfaces in 3D environments. It functions as a runtime navigation mesh generator and spatial query library, transforming raw 3D geometry into simplified surfaces to enable AI movement. The project includes a crowd simulation engine that manages steering and collision avoidance for large numbers of agents. It provides capabilities for group movement coordination and the simulation of many agents simultaneously using scalable navigation techniques. The system covers mesh generation