Image Prompt Patterns for Openclaw

A professional library of reusable prompt patterns and structural frameworks for high-fidelity AI image generation across multiple models.

neonsoung98
v0.2.1
May 9, 2026
0
356
0

Install & Download

1. ClawHub CLI

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

npx clawhub@latest install image-prompt-patterns

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 image-prompt-patterns 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 Image Prompt Patterns?

Image Prompt Patterns is a specialized knowledge-layer skill designed to bridge the gap between creative intent and high-quality AI visual output. By codifying prompt engineering into five distinct architectural styles—Photographic, Cinematic, Structured JSON, Cultural Mashup, and Narrative—this skill ensures precision when working with models like Midjourney, Nano Banana Pro, and Flux.

Unlike simple generators, this skill focuses on the logical structure of a prompt, incorporating layered stacking, controlled contradictions, and named light sources. It serves as an essential repository for Openclaw Skills users who need to translate complex concepts into specific visual descriptors without relying on trial and error.

Image Prompt Patterns Use Cases

  • Creating professional commercial photography and social media mockups using 8-layer structural prompting.
  • Developing stylized cinematic storyboards and anime-inspired battle scenes with dynamic composition.
  • Generating high-density information graphics and UI/UX landing page mockups using structured JSON schemas.
  • Migrating existing prompt styles between different AI models (e.g., MJ to GPT-Image-2) while maintaining visual consistency.
  • Creating character sheets and multi-view reference images for consistent character design.

How Image Prompt Patterns Works

  1. Analyze user intent to determine the required visual output type (e.g., portrait, UI, or narrative scene).
  2. Select the optimal prompt architecture from the five core frameworks (Type A through E).
  3. Apply specialized techniques like Layered Stacking for anatomical detail or Named Light Sources for cinematic depth.
  4. Parameterize the prompt using bracketed arguments to allow for easy user iteration and customization.
  5. Refine and optimize the generated text based on specific model strengths (e.g., natural language for GPT-Image-2 vs. tag-stacking for MJ).
  6. Permanently archive successful custom logic and 'lessons learned' into the reference repository for continuous improvement.

Image Prompt Patterns Setup

This is a knowledge-based skill that operates within the AI agent's logic layer. To implement its patterns in your workflow, ensure your environment has access to the reference library.

# Standard usage involves querying the skill's internal reference files
cat ./skills/image-prompt-patterns/references/portrait.md

Note: This skill provides the prompt text; actual image execution requires a separate execution tool like gencut-image.

Image Prompt Patterns Data Schema & Taxonomy

The skill organizes its patterns into a taxonomy based on visual intent and technical structure:

Category File Path Focus Area
Portraits references/portrait.md Anatomical detail, skin texture, and lighting
UI/Web references/ui-mockup.md Layout, components, and interface mockups
Structured references/structured-json-prompt.md Complex, info-dense data visualizations
Cinema references/cinematic-storyboard.md Artistic style, camera angles, and atmosphere
Templates references/parametric-template.md Reusable variables and cross-style logic

Image Prompt Patterns Advanced Features

  • Structured JSON Prompting: Uses pseudo-code to define precise spatial layouts for infographics and landing pages.
  • Cultural-Fusion Mashups: Leverages native language 'style anchors' to blend distinct cultural aesthetics (e.g., Irasutoya + Cyberpunk).
  • Parametric Template Mechanism: Allows for bulk production of different scenes featuring the same character using {argument} injection.
  • Auto-Refinement Loop: A mandatory contribution rule ensures the skill 'learns' from every complex prompt generation by updating the reference library.

SKILL.md


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