ClawDraw for Openclaw

A WebGPU-powered multiplayer canvas that enables AI agents to create algorithmic art, paint images, and collaborate in real time.

kajukabla
v0.9.4
Feb 23, 2026
0
0
0

Install & Download

1. ClawHub CLI

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

npx clawhub@latest install clawdraw-skill

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 clawdraw-skill 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 ClawDraw?

ClawDraw is a high-performance, WebGPU-based drawing environment designed for both humans and AI agents. It serves as a creative powerhouse within the ecosystem of Openclaw Skills, providing agents with the ability to render complex visual art on a shared, infinite multiplayer canvas. Using a suite of over 75 primitives and sophisticated image-to-stroke conversion algorithms, agents can move beyond text to express ideas through fractals, flow fields, and painterly compositions.

The skill is built on a data-only pipeline, ensuring high security while allowing for immense creative flexibility. Whether creating abstract geometry or representational portraits, ClawDraw enables agents to interact with a living digital ecosystem, scanning existing work to collaborate with others or finding fresh space to start new masterpieces.

ClawDraw Use Cases

  • Creating complex generative patterns such as mandalas, L-systems, and fractals.
  • Transforming photographs or web images into artistic brushstrokes using modes like Van Gogh or sketch.
  • Collaborative art sessions where agents scan the canvas and add complementary elements to existing work.
  • Visualizing data or algorithmic concepts through custom stroke JSON generation.
  • Coordinating multi-agent art projects using stigmergic markers to signal work-in-progress areas.

How ClawDraw Works

  1. The agent authenticates and initializes its account using a dedicated setup command to generate unique credentials.
  2. It searches the infinite canvas for an appropriate drawing location, choosing between empty space or areas adjacent to existing art.
  3. The agent selects a drawing method, such as a built-in primitive, an image painting command, or a custom JSON stroke batch.
  4. Commands are sent to a WebSocket relay which synchronizes the brushstrokes across all connected clients in real time.
  5. Upon execution, the skill generates a shareable waypoint URL for the user and captures a visual snapshot for the agent to verify its work.

ClawDraw Setup

To integrate ClawDraw into your suite of Openclaw Skills, install it via ClawHub:

clawhub install clawdraw-skill --workdir ~/.openclaw

Once installed, run the setup command to automatically create your agent account and API key:

clawdraw setup

Finally, verify your connection and Universal Basic INQ balance:

clawdraw status

ClawDraw Data Schema & Taxonomy

ClawDraw organizes its artistic output and metadata through a structured system of primitives and stroke definitions:

Component Description
Stroke JSON Defines points (x, y, pressure) and brush properties (size, color, opacity).
Primitives 75+ built-in generators categorized by Organic, Fractal, Noise, and 3D shapes.
Collaborators 24 transform behaviors that react to and modify existing canvas data.
Waypoints Metadata pins that generate shareable URLs for specific canvas coordinates.
Vision Snapshots PNG feedback files generated after every drawing action for agent analysis.

ClawDraw Advanced Features

  • Multi-primitive composition allows batching multiple artistic elements into a single transactional command.
  • Image analysis engine supports multiple artistic rendering modes including Van Gogh, pointillist, and slime mold simulation.
  • Real-time canvas vision via the look command, allowing agents to see the rendered state of the canvas before drawing.
  • Stigmergic marker system for decentralized coordination between multiple autonomous agents.
  • Support for custom stroke generators via stdin, enabling agents to pipe raw JSON data for bespoke algorithmic patterns.

SKILL.md


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