dev-multiplayer-colyseus-client
About
This skill provides the Colyseus client SDK for connecting React applications to multiplayer game servers. It enables developers to handle room connections, state synchronization, messaging, and room lifecycle events. Use it when implementing real-time multiplayer functionality that requires client-server communication and shared game state management.
Quick Install
Claude Code
Recommendednpx skills add majiayu000/claude-skill-registry -a claude-code/plugin add https://github.com/majiayu000/claude-skill-registrygit clone https://github.com/majiayu000/claude-skill-registry.git ~/.claude/skills/dev-multiplayer-colyseus-clientCopy and paste this command in Claude Code to install this skill
GitHub Repository
Related Skills
dev-multiplayer-prediction-basics
OtherThis skill explains client-side prediction for responsive multiplayer controls and server reconciliation for maintaining authoritative state. It provides implementation guidance for movement, shooting, and interactions in server-authoritative architectures. Use it when building multiplayer features that need immediate visual feedback while preserving game integrity.
dev-multiplayer-colyseus-server
OtherThis Claude Skill provides Colyseus server setup for multiplayer games with authoritative game servers and real-time state synchronization. It includes room handlers, lifecycle events, matchmaking, and scaling configurations for Node.js environments. Use it when implementing multiplayer server infrastructure that requires ESM and WebSocket transport.
dev-multiplayer-colyseus-state
OtherThis skill provides Colyseus state schema definitions, decorators, and serialization patterns for defining efficient, binary-serializable room state. Use it when creating player/entity state or setting up state collections to optimize network bandwidth. It includes primitive types, MapSchema, ArraySchema, and best practices for structuring multiplayer game state.
dev-multiplayer-prediction-shooting
OtherThis skill provides client-side shooting prediction with optimistic decals and server rollback for multiplayer games. It's designed for implementing shooting mechanics like FPS weapons or paint systems where immediate visual feedback is crucial. The system handles client-server message exchange with sequence-based reconciliation to maintain synchronization.
