gpt-taste

Generate AIDA-structured web layouts with GSAP ScrollTrigger motion and dense grids.

1|Updated Apr 27, 2026
One-click install
npx skills add https://github.com/dwaynimay/IoTProject --skill gpt-taste-dwaynimay
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: gpt-taste
Source: https://github.com/dwaynimay/IoTProject/tree/main/.agents/skills/gpt-taste
Command: npx skills add https://github.com/dwaynimay/IoTProject --skill gpt-taste-dwaynimay

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It prevents LLM-generated frontends from producing cramped typography, broken grids, and bland or static layouts by enforcing strict design structure and GSAP-driven motion.

Core Features & Use Cases

  • AIDA-first page structure: guarantees Navigation (Attention), Hero (Interest), GSAP Scroll interactions (Desire), and a strong Action-oriented footer layout.
  • Python-seeded variation: simulates deterministic randomization to vary hero architecture, typography stacks, component architectures, and GSAP paradigms.
  • Design-quality constraints: enforces wide 2–3 line H1 flow, bans cheap meta-labels, and requires gapless bento grids using dense auto-flow.
  • Advanced GSAP behavior: implements ScrollTrigger pinning/stacking/scrubbing, hover physics, and scroll-driven image/text reveals.

Quick Start

Ask the AI: "Create an AWWWARDS-level landing page using the gpt-taste skill requirements with a cinematic hero, a gapless bento grid, and GSAP ScrollTriggers including pinning and scrubbing text reveals."

Frequently Asked Questions about gpt-taste

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

FAQPage Schema
How do I generate a premium landing page with GSAP ScrollTrigger pinning and scrubbing reveals?

To generate a premium landing page with GSAP ScrollTrigger pinning and scrubbing reveals, you need strict AIDA page structure and mathematically correct grid execution. This enforces scroll-driven text reveals, hover physics, and gapless bento grids.

Why does AI-generated frontend design produce cramped typography and broken grids?

AI-generated frontend design produces cramped typography and broken grids due to missing structural constraints. Enforcing wide H1 line limits, banning cheap meta-labels, and applying gapless dense auto-flow grids resolves these layout failures.

What is AIDA structure for web UI layout design?

AIDA structure for web UI layout design maps page sections to marketing phases: Navigation for Attention, Hero for Interest, GSAP Scroll interactions for Desire, and an Action-oriented footer layout to drive conversions.

Can I use deterministic randomness to vary hero architecture and typography stacks?

Yes, you can use deterministic randomness to vary hero architecture and typography stacks. Python-seeded variation simulates randomization to deterministically alter component architectures and GSAP paradigms without breaking layout integrity.

How do I build a gapless bento grid with dense auto-flow for responsive layouts?

To build a gapless bento grid with dense auto-flow for responsive layouts, enforce grid engineering constraints that require dense auto-flow. This prevents visual gaps and ensures mathematically correct component packing across viewports.

What is the best way to create motion-rich interactive design prototypes?

The best way to create motion-rich interactive design prototypes is applying advanced GSAP behavior. This includes ScrollTrigger pinning, stacking, scrubbing reveals, and hover physics within a strict AIDA layout structure.