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Cubyz is a voxel game engine designed for building procedurally generated 3D sandbox worlds. It provides a framework for creating infinite landscapes with real-time terrain modification and exploration, supported by a dedicated voxel rendering engine.
The main features of pixelguys/cubyz are: Voxel Engines, Spatial Partitioning Systems, Voxel World Generation, Infinite Terrain Generators, Procedural Mesh Generation, World Chunking, Procedural Recipe Generation, Infinite Vertical Construction.
Projects with overlapping indexed features include: fogleman/craft — Craft is a multiplayer voxel sandbox written in C. It utilizes an OpenGL voxel engine to render a block-based world… marian42/wavefunctioncollapse — This project is a wave function collapse generator and voxel environment engine used for procedural world generation.… jdah/minecraft-weekend — minecraft-weekend is a voxel engine designed for rendering infinite three-dimensional environments. It utilizes… max-mapper/voxel-engine — This project is a browser-based framework designed for building three-dimensional, block-based games and interactive… movingblocks/terasology — Terasology is a Java-based voxel game engine designed for creating and simulating complex three-dimensional voxel… minetest/minetest — Minetest is an open-source voxel game engine and platform used to create and share moddable 3D block-based games. It…
Craft is a multiplayer voxel sandbox written in C. It utilizes an OpenGL voxel engine to render a block-based world and implements an infinite terrain generator that uses noise functions to create deterministic, procedural landscapes. The project features a networked environment where players can build and modify a shared world using socket-based state synchronization. To maintain consistency across sessions, it employs a voxel world database to store and retrieve modified block coordinates. The system covers a range of capabilities including 3D collision detection for character movement, to
This project is a wave function collapse generator and voxel environment engine used for procedural world generation. It implements a constraint-based layout algorithm to resolve superpositions of modules into consistent 3D voxel grids. The system functions as a procedural city generator capable of creating infinite, walkable urban environments. It utilizes a dynamic dictionary to stream map data as a user approaches new areas, ensuring a continuous world without loading the entire layout at once. The engine manages layout consistency through adjacency rule definitions, boundary constraint e
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
This project is a browser-based framework designed for building three-dimensional, block-based games and interactive simulations. It functions as a JavaScript library that provides the core infrastructure for rendering voxel environments, managing dynamic terrain data, and executing real-time physics within a web-based context. The engine distinguishes itself through a high-performance WebGL rendering pipeline that utilizes texture-atlas material mapping to consolidate visual assets and reduce draw calls. It manages large-scale environments by dividing the world into discrete, chunk-based spa