Skills visual-prompt-engine

Name: visual-prompt-engine
Author: openclaw

Generate diverse, non-repetitive image prompts powered by real visual references from Dribbble and design platforms. USE WHEN: user wants an image prompt, needs creative visual inspiration, asks for design-informed prompts, wants to avoid repetitive AI image generation, or says 'generate a prompt for an image', 'give me a creative image idea', 'make me a unique visual prompt'. DON'T USE WHEN: user wants to generate the image itself (use an image generation tool), wants to edit an existing image, or needs text-only content. EDGE CASES: 'make me an image' → use image generation tool, then optionally this skill for the prompt. 'improve this image prompt' → this skill. 'I keep getting similar AI images' → this skill (solves repetition).

install

source · Clone the upstream repo

git clone https://github.com/openclaw/skills

Claude Code · Install into ~/.claude/skills/

T=$(mktemp -d) && git clone --depth=1 https://github.com/openclaw/skills "$T" && mkdir -p ~/.claude/skills && cp -r "$T/skills/abdullah4ai/visual-prompt-engine" ~/.claude/skills/openclaw-skills-visual-prompt-engine && rm -rf "$T"

OpenClaw · Install into ~/.openclaw/skills/

T=$(mktemp -d) && git clone --depth=1 https://github.com/openclaw/skills "$T" && mkdir -p ~/.openclaw/skills && cp -r "$T/skills/abdullah4ai/visual-prompt-engine" ~/.openclaw/skills/openclaw-skills-visual-prompt-engine && rm -rf "$T"

manifest: skills/abdullah4ai/visual-prompt-engine/SKILL.md

Visual Prompt Engine

Generate high-quality, diverse image prompts by feeding real visual references into a structured prompt pipeline.

Problem

AI agents reuse the same visual patterns and clichés when writing image prompts. This skill breaks that cycle by grounding prompts in real, trending design work.

Architecture

Dribbble Scraper → Style Cards → Prompt Generator → Quality Reviewer → Final Prompt

Quick Start

1. Collect Visual References

Recommended: Browser-based collection (Dribbble blocks automated requests)

Browse

https://dribbble.com/shots/popular

with a browser tool (Camofox, Playwright, etc.), collect shot URLs, titles, and image URLs, then save as JSON:

python3 scripts/scrape_dribbble.py --method import --import-file manual_shots.json --output data/references.json

Alternative: RSS/HTML (may be blocked by WAF)

python3 scripts/scrape_dribbble.py --output data/references.json --count 20

The import JSON format:

[{"title": "...", "url": "https://dribbble.com/shots/...", "image_url": "..."}]

2. Build Style Cards

Convert raw references into style cards:

python3 scripts/style_card.py build --input data/references.json --output data/style_cards.json

3. Generate Prompts

When the user requests an image prompt:

Read
```
data/style_cards.json
```
for available visual references
Select 1-3 cards relevant to the user's goal
Read
```
references/prompt-patterns.md
```
for diverse prompt structures
Read
```
references/visual-vocabulary.md
```
for precise design terminology
Compose a prompt combining: user goal + style card elements + varied pattern
Check against recent prompts in
```
data/prompt_history.json
```
to prevent repetition
Append the new prompt to history

4. Review and Deliver

Before delivering, verify the prompt:

Uses specific visual language (not generic adjectives)
References concrete design elements from the style card
Follows a pattern different from the last 5 prompts
Includes composition, lighting, color palette, and mood

Style Card Schema

See

references/style-card-schema.md

for the full schema. A style card contains:

Field	Description
`palette`	Hex colors extracted from the design
`composition`	Layout structure (grid, asymmetric, centered, etc.)
`typography`	Font style and weight characteristics
`mood`	Emotional tone (bold, minimal, playful, etc.)
`textures`	Surface qualities (glass, grain, matte, etc.)
`lighting`	Light direction and quality
`source_url`	Original Dribbble shot URL
`tags`	Design categories

Prompt Patterns

See

references/prompt-patterns.md

for 12+ distinct prompt structures that prevent repetition. Rotate through patterns to keep outputs fresh.

Visual Vocabulary

See

references/visual-vocabulary.md

for precise design terminology covering color, composition, lighting, texture, and typography. Use these terms instead of generic words like "beautiful" or "nice".

Automation (Optional)

Set up a daily cron to refresh visual references:

# Run daily to keep references current
python3 scripts/scrape_dribbble.py --output data/references.json --count 20
python3 scripts/style_card.py build --input data/references.json --output data/style_cards.json

Data Directory

The skill stores working data in

data/

data/
├── references.json      # Raw Dribbble scrape results
├── style_cards.json     # Processed style cards
└── prompt_history.json  # Generated prompts (for deduplication)

Create the

data/

directory on first run if it does not exist.

Dependencies

Python 3.9+ with standard library only. Optional:

requests

beautifulsoup4

for live scraping (falls back to Dribbble RSS if not installed).

Install optional dependencies:

pip install requests beautifulsoup4