fogleman/Craft

Features

• Voxel Engines - Features a custom 3D engine specifically architected for rendering and manipulating voxel environments.
• Game State Persistence - Saves and loads environmental modifications using a database to maintain a persistent game world.
• State Persistence - Integrates a database to maintain the modified state of the voxel world across user sessions.
• Client-Server Architectures - Implements a client-server model to separate game logic and maintain a shared world state.
• Noise-Based Terrain Generation - Uses noise functions to create a deterministic, infinite, and procedural voxel landscape.
• Voxel World Generation - Implements a deterministic infinite terrain generator using noise functions to create procedural voxel landscapes.
• Procedural Generation - Uses noise functions to automatically generate infinite and natural landscapes without manual design.
• Infinite Terrain Generators - Implements a system that uses noise functions to create a deterministic and infinite outdoor landscape.
• Voxel State Databases - Implements a persistence layer that stores and retrieves modified block coordinates to maintain world state.
• Voxel Sandboxes - Provides a networked sandbox environment where players can build and modify a shared voxel world.
• Multiplayer Game Servers - Connects multiple clients to a central server to synchronize positions and world state.
• Real-Time Synchronization - Maintains real-time state consistency for player positions and world updates across clients.
• Socket Communication - Employs socket-based communication to synchronize player movements and world updates in real-time.
• World State Persistence - Uses a database to store modified block coordinates, ensuring world changes persist across sessions.
• Structure Editing Tools - Provides tools for players to build and modify the shared block-based world by placing or removing voxel structures.
• Collision Detection - Implements physics logic to prevent players from passing through solid environmental blocks.
• Voxel - Checks player coordinates against a 3D grid of blocks to prevent movement through solid structures.
• Shaders - Utilizes programmable vertex and fragment shaders for geometry calculations and lighting effects.
• C Language Game Implementations - Written in C to implement core game mechanics and low-level memory management.
• Build Systems - A simple Minecraft clone built with OpenGL and C.
• Sandbox and Voxel - Simple voxel-based sandbox written in C.

Star history