gpt-taste

Generate GSAP-based motion and layout systems with Python-driven deterministic variations.

182|28|Updated Nov 29, 2025
One-click install
npx skills add https://github.com/julianromli/ai-skills --skill gpt-taste-julianromli
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: gpt-taste
Source: https://github.com/julianromli/ai-skills/tree/main/skills/gpt-tasteskill
Command: npx skills add https://github.com/julianromli/ai-skills --skill gpt-taste-julianromli

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Elite UX/UI motion engineering demands precise, high-fidelity layouts and animation systems that AI often misalign or generate inconsistently. This Skill enforces Python-driven randomization for layout variance, strict AIDA structure, ultra-wide typographic control, gapless grid design, and GSAP ScrollTriggers to achieve premium, production-ready interfaces.

Core Features & Use Cases

  • Deterministic layout variation driven by a Python-like planning step to ensure unique, repeatable design outcomes.
  • GSAP-based motion system with ScrollTrigger pinning, scrubbing, and dynamic section stacking.
  • Ultra-wide heading containers with controlled line-wrapping to maintain 2-3 line headlines.
  • Inline micro-images and scalable Bento grid with dense packing for zero dead space.
  • Inline design plan generation and component orchestration for frontend pipelines.

Quick Start

Provide a design plan for a two-line hero, wide container, and motion-rich Bento grid using the specified typography and GSAP patterns.

Frequently Asked Questions about gpt-taste

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

FAQPage Schema
How do I create consistent GSAP motion systems and avoid common AI-generated frontend layout flaws?

To create consistent GSAP motion systems and avoid AI-generated layout flaws, you need strict design rules. This Skill enforces deterministic layout variations, gapless grid design, and GSAP ScrollTrigger pinning to generate production-ready interfaces.

What is the best way to build a gapless Bento grid with ultra-wide typography for responsive frontend projects?

Building a gapless Bento grid with ultra-wide typography requires controlled line-wrapping and dense packing rules. This approach ensures zero dead space and maintains 2-3 line headlines across responsive layouts for premium UI outcomes.

Can I use Python-driven randomization for deterministic layout variations in UI design?

Yes, you can use Python-driven randomization for deterministic layout variations. A Python-like planning step enforces unique, repeatable design outcomes, ensuring consistent layouts across complex frontend projects.

Does this approach support GSAP ScrollTrigger pinning and scrubbing for editorial typography layouts?

Supporting GSAP ScrollTrigger pinning and scrubbing for editorial typography layouts is a core feature. It applies dynamic section stacking and strict AIDA structure to achieve high-fidelity, motion-rich interfaces.

Why does my AI-generated frontend design lack strict frontmatter metadata and consistent layout orchestration?

AI-generated frontend designs lack strict frontmatter metadata and consistent orchestration due to misaligned planning. Applying inline design plan generation and component orchestration enforces the necessary structure for complex pipelines.

When should I not use randomization for layout variance in frontend UI motion design?

You should not use randomization for layout variance when a project requires fixed, non-repeatable layouts. Deterministic randomization is intended strictly for achieving unique but repeatable design outcomes in dynamic, motion-rich interfaces.