veloren/veloren

Features

• Massively Multiplayer Games - Implements an open-source massively multiplayer RPG with persistent worlds, procedural quests, and combat.
• Massively Multiplayer Online Games - Is an open-source voxel-based action RPG featuring a procedurally generated fantasy world.
• Environmental Asset Population - Places lakes, rivers, and vegetation across the world based on geological data and terrain metadata.
• WebAssembly Plugin Extensions - Ships a sandboxed plugin system using WebAssembly to add game logic and equipment without recompiling the core engine.
• WebAssembly Sandboxing - Implements a sandboxed WebAssembly plugin system for adding game logic and equipment without recompiling.
• Dedicated Hosting - Employs containerization to deploy persistent, headless server environments for consistent multiplayer availability.
• WebAssembly Plugins - Utilizes a sandboxed WebAssembly plugin system to add new game logic and equipment without recompiling the engine.
• Character State Systems - Implements a system for altering player attributes such as health, species, and active buffs.
• Combat Resolution Systems - Implements combat resolution using ranged aiming, hitboxes, and scrolling combat text.
• Combat Skill Trees - Features specialized skill trees for different weapon types to unlock new combat capabilities as players progress.
• Dynamic Component Modification - Enables changing entity capabilities and logic during runtime by adding or removing components.
• Voxel Engines - Built upon a specialized voxel engine for rendering and manipulating block-based 3D environments.
• Large World Coordinate Systems - Manages entity positions and voxel locations across vast distances using vectors and integer coordinates.
• Multiplayer Networking - Implements networking for game state replication and client-server communication to support multiplayer gameplay.
• Procedural World Building - Creates geography and layout using altitude, temperature maps, and erosion algorithms.
• Save Game Initialization - Initializes the game using pre-generated map files and optional spawn towns for new game sessions.
• Component-Based Entity Definitions - Uses a component-based architecture to organize game objects and behaviors for large environments.
• Voxel World Generation - Uses a procedural system to generate block-based 3D geography and ecosystems using erosion and temperature maps.
• World Seed Configuration - Allows the generation of custom worlds using specific seeds and the saving of map files for persistent use.
• 3D Scene Renderers - Implements a graphics pipeline for real-time 3D visualization of the voxel environment and characters.
• Multiplayer Game Servers - Provides a dedicated multiplayer server architecture for hosting authoritative game logic and synchronizing state.
• Procedural Cave Generation - Implements a system for layering cliffs and cave networks over terrain using a connection system across chunks.
• World State Persistence - Ensures environmental modifications are persisted and saved so that changes remain after world chunks are unloaded.
• User Authentication Systems - Provides a central authentication system for managing user registrations and logins across multiple game servers.
• Contiguous Memory Buffers - Optimizes CPU cache efficiency by storing entity data in contiguous memory buffers.
• NPC AI Frameworks - Provides an NPC AI framework for managing character behaviors, quest interactions, and movement paths.
• Game Server Hosting - Provides a dedicated server architecture for hosting persistent multiplayer game environments using containers.
• World Editing Tools - Provides advanced utilities for modifying game world geometry and manipulating structures based on permissions.
• Voxel Asset Creation - Includes a system for building world assets using dual-scale voxels for both large structures and detailed objects.
• Game Localization Systems - Implements a framework for translating game interface elements and text to support global audiences.
• Game Server Settings - Allows configuration of operational parameters like world seeds, day length, and combat modes.
• Software Update Managers - Ships a dedicated launcher that manages the installation and weekly updating of the game client.
• Plugin Data Stores - Provides persistent data stores for plugins to maintain state across different event executions.
• Ability Hotbars - Implements a skill assignment system that maps abilities to input slots with visual icons and tooltips.
• Collision Detection Systems - Implements a physics system to detect intersections between game objects and trigger gameplay events.
• Combat System Configurators - Provides a system for defining weapon abilities, associating them with character states and energy costs.
• Data-Driven Item Definitions - Enables adding new armor or weapon types using configuration files and voxel models without recompiling code.
• Destructible Terrain - Allows destroying specific rock and ore chunks using tools to gather materials.
• Equipment Durability Systems - Provides a charge system that tracks item wear and reduces combat effectiveness as durability drops.
• Equipment Repair Systems - Implements a system for restoring item durability at town benches using specific materials.
• Equipment Slot Definitions - Specifies armor types and equipment locations using 2D and 3D voxel assets.
• Faction Influence Systems - Implements mechanics for tracking and modifying the player's standing and reputation with different political factions.
• Geopolitical Simulation - Drives a diplomatic map where kingdoms engage in territorial wars and power struggles.
• Formula-Based Trigger Systems - Triggers specific gameplay effects when a calculated formula value meets a defined threshold.
• Object Spawning - Implements a system for creating and launching projectiles using a predefined constructor.
• Horizontal Progression Systems - Provides a progression system for acquiring niche utility gear variants instead of linear power increases.
• In-Game Construction - Features a build mode for adding or removing blocks in designated regions to create architecture.
• In-Game Logic Circuits - Implements a system for mapping components and wires to calculate values via formulas for data flow between entities.
• Companion Systems - Ships a system for hiring humanoid NPCs to form adventuring parties for group content.
• Pet and Mount Systems - Features a system for taming animals for companionship and transportation with combat roles.
• Player Faction Management - Provides a system for creating and managing player factions through invitations and targeted messaging.
• Building Permission Zones - Defines and modifies specific regions where building and terrain modification is permitted.
• Quest Systems - Includes a framework for defining and completing procedurally generated quests based on world simulation.
• Simulation Worlds - Features a world simulation engine that manages geography and history independently of the live game client or server.
• Ecological Simulation - Tracks resource depletion, wildlife populations, and NPC activities in real-time to simulate world dynamics.
• Subterranean Exploration - Features systems for navigating subterranean areas that interact with the overworld and can be reclaimed.
• Game Security Tools - Uses server-side anti-cheat mechanisms to monitor transactions and maintain fair play.
• Vehicle Travel Systems - Provides airships and ships to enable faster movement between world regions than walking.
• Voxel World Decorations - Allows importing voxel models as immovable landscape decorations with configurable collision and wind sway.
• Graphics Backends - Supports multiple graphics backends, including Vulkan and Metal, to optimize rendering performance.
• Collaborative Localization Platforms - Implements a collaborative workflow for translating game interface text and server messages into multiple languages.
• Server Network Configurations - Provides configurations for defining listening addresses, authentication endpoints, and query ports.
• Event Handling Systems - Ships an event handling system that allows the game to respond to engine triggers via custom logic.
• Localization Management Systems - Coordinates community translations of game text through a collaborative management platform.
• Role Playing Games - Multiplayer voxel-based RPG written in Rust.

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