Using the redesign-skill in Taste Skill for Auditing Existing Projects

The redesign-skill provides a framework-agnostic, three-step audit workflow (Scan → Diagnose → Fix) that integrates with Taste Skill's dial system to upgrade existing codebases without breaking existing functionality.

The redesign-skill in the Leonxlnx/taste-skill repository offers a systematic approach to auditing and improving existing frontend projects. This skill works within the Taste Skill ecosystem to identify generic AI design patterns and apply targeted, high-impact upgrades while respecting your current tech stack. By combining the audit checklist from skills/redesign-skill/SKILL.md with the guardrails defined in skills/taste-skill/SKILL.md, developers can refactor legacy applications without full rewrites.

Architecture and Component Overview

The redesign-skill operates through a lightweight registry system and declarative Markdown instruction files. The skill.sh Bash script functions as a lookup table that maps installation names to their corresponding SKILL.md files, allowing agents to resolve skill paths dynamically.

When installed via npx skills add, the CLI scans the skills/ directory, reads the name: front-matter from each skill, and registers redesign-existing-projects as the install identifier for the redesign skill. This registration enables the runtime flow where agents source skill.sh to locate skills/redesign-skill/SKILL.md and execute the audit protocol.

The redesign-skill deliberately functions as a framework-agnostic audit tool. Whether your project uses Tailwind CSS, vanilla CSS, Styled Components, or other CSS-in-JS solutions, the checklist adapts to your existing conventions while the taste-skill provides the broader design-system mapping and motion guardrails.

Installing the Redesign Skill

Install the redesign-skill using the official CLI installer to make the audit instructions available to your development environment or AI agent.

To install only the redesign functionality:

npx skills add https://github.com/Leonxlnx/taste-skill --skill "redesign-existing-projects"

To install the complete Taste Skill suite including the redesign audit capabilities:

npx skills add https://github.com/Leonxlnx/taste-skill

The CLI reads the name: front-matter from skills/redesign-skill/SKILL.md and registers it under the identifier redesign-existing-projects, making the three-step workflow available immediately after installation.

The Three-Step Audit Workflow

The redesign-skill defines a systematic Scan → Diagnose → Fix workflow that ensures comprehensive coverage without disrupting existing functionality.

Scan

During the Scan phase, the agent detects your project's CSS framework and catalogs the main UI components. The skill recognizes Tailwind configurations, vanilla CSS structures, and component libraries to establish the baseline technical constraints.

Diagnose

The Diagnose phase applies the nine-category Design Audit Checklist defined in skills/redesign-skill/SKILL.md. This framework-agnostic assessment evaluates:

• Typography: Font choices, line-height, tracking, and max-width constraints
• Color & Surfaces: Background hues, accent palettes, and shadow tinting
• Layout: Container strategies, grid vs. flexbox usage, and viewport units
• Interactivity: Hover states, focus indicators, and smooth scrolling
• Content: Text hierarchy and information density
• Component Patterns: Reusable UI structures and consistency
• Iconography: Visual language coherence
• Code Quality: CSS organization and maintainability
• Strategic Omissions: Intentional design choices that should remain untouched

Fix

The Fix phase applies upgrades according to the Fix Priority list specified in the skill documentation. This prioritized sequence—starting with font swaps and color palette consolidation, progressing through hover states and layout refinements—ensures the most visible improvements deploy first while maintaining the existing tech stack.

Framework-Agnostic Audit Implementation

The redesign-skill generates concrete audit outputs that respect your current stack. For example, when auditing a Tailwind project, the skill produces actionable YAML specifications:

audit:
  typography:
    - replace default `Inter` with `Geist` (font-swap, low risk)
    - increase headline line-height to 1.1 and add tracking-tight
    - enforce max-width ≈ 65ch for body text
  colors:
    - change pure `#000000` background to `#0a0a0a` (off-black)
    - consolidate accent palette to a single hue (e.g. `emerald-600`)
    - tint all box-shadows to match the background hue
  layout:
    - add a container `max-w-[1400px] mx-auto`
    - replace any `calc(33% - 1rem)` flex math with CSS Grid
    - ensure hero uses `min-h-[100dvh]` instead of `h-screen`
  interactivity:
    - add hover/active states to all buttons (scale-98, bg-shift)
    - implement smooth scroll (`scroll-behavior: smooth`)
    - provide skeleton loaders for async sections

This output structure follows the checklist defined in skills/redesign-skill/SKILL.md (lines 16-61), providing specific, measurable criteria for each audit category.

Integrating with Taste Skill's Three Dials

The redesign-skill integrates deeply with Taste Skill's dial system to control redesign aggression. Three parameters govern the audit intensity:

• DESIGN_VARIANCE: Controls how significantly the visual language deviates from the current implementation
• MOTION_INTENSITY: Determines animation complexity and scroll-triggered effects
• VISUAL_DENSITY: Adjusts spacing, padding, and information hierarchy

When implementing fixes, respect the Motion guardrails (Section 5 of skills/taste-skill/SKILL.md) by using the useReducedMotion hook for accessibility:

"use client";
import { motion, useReducedMotion } from "motion/react";

export function CTAButton({ children }: { children: React.ReactNode }) {
  const reduce = useReducedMotion();

  const variants = reduce
    ? {}
    : {
        whileHover: { scale: 0.98, backgroundColor: "var(--accent)" },
        whileTap: { scale: 0.95 },
      };

  return (
    <motion.button
      className="px-6 py-3 bg-primary text-white rounded-md"
      {...variants}
    >
      {children}
    </motion.button>
  );
}

This component demonstrates the "Fix → Hover states" step from the redesign-skill's priority list while respecting Taste Skill's requirement that motion must be motivated and accessible.

Loading Skills Programmatically

For custom automation scripts or CI/CD pipelines, access the redesign-skill path directly through the Bash registry:

# Source the registry to populate the SKILLS associative array

source ./skill.sh

# Resolve the absolute path to the redesign instructions

REDESIGN_PATH=${SKILLS[redesign-existing-projects]}

echo "Redesign instructions are in: $REDESIGN_PATH"

# Output: skills/redesign-skill/SKILL.md

This programmatic access enables automated auditing workflows where build scripts validate project compliance against the redesign checklist before deployment.

Safety-First Design Philosophy

The redesign-skill implements strict safety protocols that align with Taste Skill's Dependency Verification guardrail (Section 3.F of skills/taste-skill/SKILL.md). Two core rules govern every audit:

1. Work with the existing tech stack: Never mandate framework migrations or dependency changes
2. Do not break existing functionality: All fixes must preserve current behavior and user interactions

These constraints ensure the audit process produces incremental improvements rather than risky rewrites, matching Taste Skill's "anti-slop" philosophy of high-quality, maintainable frontend code.

Summary

• The redesign-skill provides a framework-agnostic audit through skills/redesign-skill/SKILL.md that works with Tailwind, vanilla CSS, or any CSS-in-JS solution
• Install using npx skills add https://github.com/Leonxlnx/taste-skill --skill "redesign-existing-projects" and resolve paths via skill.sh
• Execute the Scan → Diagnose → Fix workflow, following the nine-category checklist and prioritized fix order
• Tune redesign aggressiveness using Taste Skill's three dials: DESIGN_VARIANCE, MOTION_INTENSITY, and VISUAL_DENSITY
• Maintain safety through "work with existing stack" and "do not break functionality" rules that complement Taste Skill's Dependency Verification

Frequently Asked Questions

How does the redesign-skill differ from other refactoring tools?

Unlike generic linters or formatters, the redesign-skill in Leonxlnx/taste-skill provides a design-specific audit checklist that targets visual patterns rather than code correctness. It evaluates typography, color usage, and interaction design through the lens of Taste Skill's three dials, ensuring improvements align with specific variance and motion preferences rather than enforcing generic rules.

Can I use the redesign-skill without installing the full Taste Skill suite?

Yes. While the redesign-skill integrates with Taste Skill's dial system and guardrails, you can install it independently using npx skills add https://github.com/Leonxlnx/taste-skill --skill "redesign-existing-projects". The skill functions standalone using its own SKILL.md instructions, though combining it with the full suite provides additional motion guardrails and design-system mapping capabilities.

What happens if my project uses a custom CSS framework not mentioned in the documentation?

The redesign-skill is deliberately framework-agnostic. During the Scan phase, it detects your specific CSS strategy—whether Tailwind, vanilla CSS, Styled Components, or custom solutions—and adapts the audit checklist accordingly. The instructions explicitly state to "work with the existing tech stack," meaning recommendations are translated into your specific framework's syntax rather than requiring migrations to supported technologies.

How do I prevent the redesign audit from breaking my existing functionality?

The redesign-skill incorporates safety-first rules that mirror Taste Skill's Dependency Verification guardrail. Every fix must pass the "do not break existing functionality" requirement. When following the Fix Priority list (font swaps → color palettes → hover states), apply changes incrementally and verify behavior after each category. The skill specifically warns against full rewrites, ensuring upgrades are targeted and reversible if issues arise.

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}