gpt-taste

Generate AIDA-structured landing page layouts with GSAP interactions and deterministic randomization.

Updated Apr 5, 2026
One-click install
npx skills add https://github.com/kireevkit15-sys/-1 --skill gpt-taste-kireevkit15-sys
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: gpt-taste
Source: https://github.com/kireevkit15-sys/-1/tree/main/skills/gpt-taste
Command: npx skills add https://github.com/kireevkit15-sys/-1 --skill gpt-taste-kireevkit15-sys

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Elite frontend design engineering that crafts award-level UX/UI layouts with deterministic randomness, ensuring layout variance and premium motion.

Core Features & Use Cases

  • Python-driven deterministic randomization for layout variance to avoid design stasis.
  • AIDA-compliant page structure with spacious, cinematic sections and strong typography.
  • GSAP-based motion engineering including ScrollTrigger pinning, scrubbing, and pin-scroll interactions.
  • Gapless bento grid layouts with responsive typography and inline micro-images.
  • Inline typography images and advanced components like horizontal accordions and testimonial carousels for rich experiences.
  • Highly configurable design plans that adapt to marketing campaigns and product launches.

Quick Start

Generate a premium hero page using an ultra-wide container, GSAP-based interactions, and an AIDA-structured layout.

Frequently Asked Questions about gpt-taste

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

FAQPage Schema
How do I generate AIDA-structured landing pages with GSAP motion interactions?▼

Generate elite frontend design specifications for AIDA-structured landing pages featuring GSAP-based motion interactions. You receive design plans with ScrollTrigger pinning, scrubbing, and strict component architectures to eliminate repetitive UI patterns.

What is deterministic randomization in frontend design engineering?▼

Deterministic randomization is a Python-driven technique applied to frontend design engineering to create layout variance. It prevents design stasis by enforcing controlled randomness across grids and sections while maintaining performance and consistency.

Can I use this to build gapless bento grid layouts with responsive typography?▼

Yes, you can build gapless bento grid layouts featuring responsive typography and inline micro-images. The generated design engineering enforces grid-precise typography across wide viewports for premium, spacious marketing sections.

Does this skill work for designing horizontal accordions and testimonial carousels?▼

Yes, the skill generates advanced frontend component architectures including horizontal accordions and testimonial carousels. These components are engineered with GSAP-based motion to deliver rich, cinematic user experiences.

How do I stop boring, repetitive UI patterns on marketing sites?▼

Eliminate boring, repetitive UI patterns by generating elite frontend design specifications with deterministic randomization scripts. This enforces layout variance, AIDA-compliant page structures, and premium motion-driven interactions for marketing campaigns.

What are the limitations of using deterministic randomization scripts for UI layouts?▼

Deterministic randomization scripts require strict design constraints to maintain performance and consistency. While they eliminate design stasis, they must be carefully configured to ensure grid-precise typography and responsive behavior across wide viewports.