landing-shapes

Generate deterministic geometric shapes and section dividers using CSS clip-paths and canvas rendering.

26|4|Updated Jul 21, 2026

Search Tags:#ui #css #svg #geometry #responsive #web-design

Ready to run

npx skills add https://github.com/skyf0xx/hedgehog --skill landing-shapes

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: landing-shapes
Source: https://github.com/skyf0xx/hedgehog/tree/main/src/skills/landing-shapes
Command: npx skills add https://github.com/skyf0xx/hedgehog --skill landing-shapes

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill eliminates the visual drift and inconsistency caused by hand-drawing SVG paths or guessing CSS coordinates, ensuring that section dividers and signature elements remain mathematically precise across all screen sizes.

Core Features & Use Cases

Formulaic Geometry: Generates complex shapes like blobs, facets, and curves using deterministic functions rather than manual plotting.
Responsive Integrity: Ensures shapes scale perfectly by using relative CSS positioning and formulas instead of brittle, hard-coded DOM measurements.
Use Case: When building a landing page, use this skill to generate a consistent set of organic section dividers that morph smoothly on scroll without breaking layout alignment.

Quick Start

Use the landing-shapes skill to compute the clip-path coordinates for a responsive organic blob divider that matches the current section geometry personality.

Frequently Asked Questions about landing-shapes

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I create responsive CSS clip-path shapes that don't break on different screen sizes?▼

To create responsive CSS clip-path shapes, use deterministic formulas and relative positioning instead of hard-coded DOM measurements. This approach ensures geometric shapes scale perfectly without visual drift across screen sizes.

What's the best way to generate organic section dividers for a web interface without hand-drawing SVG paths?▼

Generating organic section dividers is best done using formula-based geometric construction rather than hand-authored SVG paths. This mathematical method eliminates coordinate guessing and ensures shapes remain precise across all viewports.

Can I use border-radius tricks and canvas rendering to build complex UI geometry?▼

Yes, you can construct complex UI geometry using border-radius tricks and canvas-based rendering. These methods apply formulaic construction to build signature elements and section transitions deterministically.

Does formulaic geometry work for building responsive UI components that morph on scroll?▼

Formulaic geometry works effectively for responsive UI components that morph on scroll. By applying strict mathematical functions to compute clip-path coordinates, elements transition smoothly while maintaining layout alignment.

Why do my hand-drawn SVG blobs and facets look inconsistent across different viewport widths?▼

Hand-drawn SVG blobs and facets look inconsistent because manual plotting introduces visual drift. Using deterministic functions to generate shapes mathematically eliminates this drift and ensures responsive integrity.

When should I avoid using live DOM measurements for web design section transitions?▼

You should avoid using live DOM measurements for section transitions when building responsive layouts, as they are brittle. Formula-driven geometry using CSS clip-paths provides strict mathematical precision instead of relying on unstable DOM values.