Interactive Games Framework for Openclaw

A versatile interactive gaming framework for AI agents supporting text-based adventures, riddles, and complex branching narratives.

yangyunxiao-ai
v1.0.0
Mar 5, 2026
0
1.6k
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install interactive-games

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install interactive-games using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Interactive Games Framework?

The Interactive Games Framework is a robust, modular engine designed to transform any AI agent into a dynamic game master. By integrating this into your repository of Openclaw Skills, you gain the ability to generate and manage immersive text-based adventures, brain teasers, and knowledge-based quizzes. It provides a structured foundation for developers to build multi-genre experiences—ranging from ancient Wuxia and Sci-Fi to modern urban mysteries—complete with character state management and inventory systems.

This framework is built with extensibility in mind, allowing for sophisticated storytelling with multiple endings and persistent game states. Whether you are building a dedicated gaming bot or simply adding an entertainment layer to a productivity agent, this addition to your Openclaw Skills provides a professional-grade starting point for interactive narrative development.

Interactive Games Framework Use Cases

  • Creating immersive text-based role-playing games (RPGs) within AI chat interfaces.
  • Developing educational quiz bots or brain-teaser modules for team engagement.
  • Prototyping branching narrative stories with multiple outcomes and persistent player stats.
  • Enhancing AI agents with entertainment features to improve user retention.

How Interactive Games Framework Works

  1. The user triggers the skill by requesting a specific game type (Adventure or Riddle).
  2. The Game Engine initializes the selected module (e.g., AdventureGame or PuzzleGame) and loads the relevant genre template.
  3. The Story Generator dynamically creates plot points or fetches riddles based on the current context.
  4. Players provide input using standardized commands like 'Select [Option]' or 'Check Status'.
  5. The engine processes player choices, updates character attributes/inventory, and manages branching plot logic.
  6. Game progress is serialized into JSON format for persistence, allowing users to save and load their sessions at any time.

Interactive Games Framework Setup

To integrate this framework into your project, ensure you have a Node.js environment ready. Follow these steps to set up the game engine within your Openclaw Skills directory:

# Navigate to your skills directory
cd path/to/your/agent/skills

# Clone or copy the interactive-games directory
# Ensure the src/ directory contains all core modules

To use the framework in your agent code:

const { AdventureGame } = require('./src/adventure-game');
const game = new AdventureGame('Historical Travel');
game.start();

Interactive Games Framework Data Schema & Taxonomy

The framework organizes game data and session persistence using a clean JSON-based architecture. Below is the primary structure used by the Openclaw Skills interactive engine:

Component Description File/Format
Core Engine Logic for game loops and input handling game-engine.js
Adventure Module Handles Wuxia, Sci-Fi, and History genres adventure-game.js
Puzzle Module Manages riddles, brain teasers, and Q&A puzzle-game.js
Save States User progress, attributes, and inventory JSON Object
Templates Pre-defined story arcs and game rules /templates/

Interactive Games Framework Advanced Features

  • Multi-genre Adventure Engine: Support for Wuxia, Urban, Fantasy, Sci-Fi, and Historical themes.
  • Complex Branching Logic: Advanced management for multi-ending story paths based on user decisions.
  • Persistent State Management: Robust save and load functionality using standard JSON formatting.
  • Character System: Integrated tracking for player attributes, skills, and inventory items.
  • Modular Extensibility: Create new game types by simply implementing start() and handleChoice() methods in the src/ directory.

SKILL.md


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