dev-specialisms%3Afrontend-vibes by aaronbassett/agent-foundry
npx skills add https://github.com/aaronbassett/agent-foundry --skill dev-specialisms:frontend-vibes该技能指导创建独特、富有情感表现力的前端界面,在技术精度与有机不完美之间取得平衡。构建具有仿 ASCII 美学、温暖深色调色板、基于弹簧的运动效果以及 Anthropic 邻近设计感的 React + TypeScript + Tailwind 应用程序。
这种美学的精髓在于一种富有成效的张力:技术精度与有机不完美相遇。网格存在,但总有元素从中突破。字体是干净的,但以点或块的形式呈现。调色板是克制的,但点缀着令人惊艳的重音,使一切变得生动。
设计即表达:创建能让用户感受到某种情感的界面。研究表明,富有表现力的设计通过策略性地使用颜色、形状、尺寸、运动和包容性,能帮助用户以快 4 倍的速度识别关键元素,同时激发情感连接。在情感参与和功能清晰度之间取得平衡——绝不要为了视觉吸引力而牺牲核心可用性。
感觉:深知自己在做什么的人所表现出的自信,通过克制而非过度来表达。技术但不冰冷。现代但借鉴历史。干净但有质感。严肃但带有片刻的趣味。
适用场景:创意作品集、开发者工具、设计系统、技术文档、AI/LLM 界面,以及任何希望拥有独特声音的项目。约束(仿 ASCII、温暖调色板、弹簧运动)本身即成为风格。
将 Material Design 的五个表达性元素映射到这种独特的美学中:
1. 色彩即表达 策略性地使用色彩来吸引注意力和传达情感。偏好深色基础(带有橄榄色/棕色底色的温暖黑色),点缀以鲜艳的重音(电光橙、珊瑚色、霓虹绿)。90/10 规则:90% 克制的背景,10% 鲜艳的重音承担所有的情感表达工作。
2. 形状即身份 独特的形态创造视觉记忆。运用仿 ASCII 形状(由矩形构成的块状字母、像素化图形、几何图案)、扫描线叠加、点阵构图以及揭示设计过程的技术构造线。
3. 尺寸即层级 比例上的强调确立了重要性。使用戏剧性的尺度跳跃:48-80px 的粗体标题(字重 700-900)与克制的 14-16px 正文(字重 400)形成对比。它们之间的差距本身就是设计。
4. 运动即引导 动态过渡引导注意力。偏好基于弹簧的物理效果而非缓动曲线——轻微弹跳的动画感觉生动且有意图。将富有表现力的运动保留给关键时刻和重要交互。
5. 包容即组织 视觉分组创造清晰度。使用便当网格布局,其中每个卡片具有不同的比例,在浅色页面中使用深色区块作为标点,留出充裕的负空间(60-120px 内边距),以及引导视线的非对称构图。
深色基础 偏好带有微妙橄榄色或棕色底色的温暖黑色,而非纯黑(#000000)。考虑 #131313 到 #1a1a1a 并带有轻微暖意。避免冰冷、偏蓝的黑色——它们显得刻板。背景应感觉像舒适的夜晚。
当使用浅色时,避免纯白(#ffffff)。使用奶油色、暖灰色或纸张色调(#faf8f6, #faf9f5, #f5f4ed)。纯白显得临床化;暖白显得经过深思熟虑。
穿透一切的重音 几乎每个构图都需要一种颜色来完成所有工作:
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Anthropic 邻近调色板和谐 与 Anthropic 的设计语言押韵但不复制:
公式
深色模式: 90% 温暖深色背景 + 10% 鲜艳重音
浅色模式: 温暖的非纯白 + 策略性的深色字体 + 一种重音
偏好有限的调色板。单一色系及其变体,或 2-3 种精心挑选的颜色。减少认知负荷,创造高级、专注的外观。
避免彩虹调色板、为渐变而渐变,或默认的“创业蓝”。致力于一个连贯的定位:大胆饱和、情绪克制,或高对比度极简。
展示字体处理 排版承载着设计的声音。偏好有趣的个性而非默认思维——避免 Arial、Inter、Roboto、系统字体堆栈。展示字体应富有表现力,甚至敢于冒险。字体选择应与美学方向密不可分。
仿 ASCII 渲染技术:
用于大标题的 Figlet 使用 figlet npm 包(https://www.npmjs.com/package/figlet)来渲染大型 ASCII 艺术文本。创建具有复古终端美学的冲击力标题。适用于英雄区域、区域分隔符和页面标题。
尺度与层级
展示字体与正文之间的差距创造了视觉张力。让戏剧性的尺度跳跃建立层级——一个比例恰当的标题比分散的强调效果更好。
正文字体哲学 干净、易读、不碍事。展示字体说话;正文字体倾听。通过字重对比(700-900 的标题 vs 400 的正文)保持内容层级之间的清晰视觉区分。
几何技术形态 拥抱参考早期计算和技术绘图的形状:
插图风格:技术浪漫 插图应存在于技术精度与人文温暖之间的空间——足够聪明以感觉可信,足够温暖以感觉平易近人。
偏好有意图的线条艺术(单一线宽笔触、等轴测视图、连接的系统)、点/像素构图(约束即风格)、可见的几何构造(构建形态的圆形和参考线),以及抽象数据可视化(不是图表,而是作为景观的视觉数据)。
避免斑点人、通用的 SaaS 插图、过于详细的 3D 渲染和库存摄影(几乎从不使用)。
呼吸空间即特色 界面不应害怕空旷。充裕的间距创造高级感并提高可扫描性。
便当网格布局 特色网格,其中每个卡片尺寸和比例都不同。通过非对称性创造视觉趣味,同时保持组织清晰度。并非所有内容都需要相同高度。
另见: examples/bento-grid-layout.tsx 获取包含不同卡片尺寸、弹簧动画和温暖重音的完整实现。
有目的的非对称性 50/50 分割没问题,但 60/40 更有趣。左侧文字密集,右侧视觉突出(或反之)。让内容分量创造自然的牵引力。
全出血时刻 某些区域应延伸至边缘。通过交替创造节奏。浅色页面中的深色区域(或深色页面中的浅色区域)无需显式标题即可创建自然层级。
布局模式
英雄区域(全出血) → 特色卡片(包含式) →
深色区域(全出血) → 内容网格(包含式) →
行动号召(全出血)
在包含式和全出血之间交替,以创造视觉节奏并引导注意力。
基于弹簧的物理效果 用弹簧物理效果取代传统的缓动曲线和时长。当动画由物理属性而非固定时间定义时,感觉更流畅、自然和生动。
核心属性:
两种运动方案:
表达性运动(推荐默认) 使用较低阻尼的弹簧,产生明显的过冲和弹跳。非常适合:
标准运动(功能克制) 使用较高阻尼实现弹跳最小的低调运动。适用于:
使用 Framer Motion 实现 偏好使用 Framer Motion 实现具有弹簧物理效果的 React 动画:
import { motion } from "framer-motion";
// 表达性弹簧
<motion.div
initial={{ opacity: 0, y: 20 }}
animate={{ opacity: 1, y: 0 }}
transition={{
type: "spring",
stiffness: 260,
damping: 20 // 阻尼越低 = 弹跳越多
}}
>
// 标准弹簧
<motion.div
transition={{
type: "spring",
stiffness: 300,
damping: 30 // 阻尼越高 = 弹跳越少
}}
>
何时使用运动: 优先考虑高影响力时刻,而非分散的微交互。一个编排良好的页面加载,带有错开的显示效果(使用 animation-delay),比所有东西都在弹跳能创造更多愉悦感。使用能带来惊喜的滚动触发和悬停状态。
专注于入场动画、状态过渡和用户反馈。将表达性弹跳保留给值得关注的时刻。
另见: references/motion-physics-guide.md 获取全面的弹簧参数调优、高级模式、调试和性能优化指南。
概念方法 对于从视频或图像生成高性能的 2D ASCII 动画,使用 PixiJS(2D WebGL 渲染器)而非 DOM 操作。将单个字符渲染为 DOM 元素无法实现大规模性能。
高级实现模式:
// 1. 创建自定义 Pixi 滤镜(片段着色器)
// 采样视频/图像纹理,计算亮度,
// 量化到网格,从精灵图集中选择字形
const asciiFilter = new Filter(
undefined,
fragmentShaderCode, // GLSL 着色器
{
resolution: { x: width, y: height },
cellSize: 8, // ASCII 单元格大小(像素)
time: 0 // 用于动画
}
);
// 2. 使用 @pixi/react 渲染
import { Stage, Sprite } from "@pixi/react";
<Stage width={800} height={450}>
<Sprite
texture={videoTexture}
filters={[asciiFilter]}
/>
</Stage>
// 3. 通过每帧更新 uniform 来制作动画
useTick((delta) => {
asciiFilter.uniforms.time += delta * 0.05;
});
关键概念:
资源:
这种技术可以扩展到视频速率性能,而基于 DOM 的方法则无法实现。
另见:
references/advanced-ascii-animation.md 获取使用 Three.js 和 regl 的完整实现、高级效果(扫描线、抖动)、性能优化和故障排除examples/ascii-text-effect.tsx 获取带有打字机和故障效果的基于 figlet 的 ASCII 文本组件有纹理的背景 避免默认使用纯色。通过情境化效果创造氛围:
效果组件库 参考这些 Aceternity UI 和 Magic UI 组件,以获取现代背景和交互模式:
背景:
边框与效果:
文本动画:
不要全部使用——选择情境合适、能增强而非压倒整体效果的效果。
另见: references/component-libraries.md 获取详细的目录,包含所有 Aceternity UI 和 Magic UI 组件的描述、用例、美学契合度评级、集成指导和性能考虑。
Tailwind v4 模式 使用 CSS 变量确保主题一致性:
// 在 globals.css 中定义
:root {
--color-bg-dark: #131313;
--color-bg-light: #faf9f5;
--color-accent: #d97757;
--spacing-section: 6rem; /* 96px */
}
// 在 Tailwind 类中使用
<div className="bg-[var(--color-bg-dark)] py-[var(--spacing-section)]">
偏好 Tailwind 内置的间距比例(4px 的倍数),但在需要特定品牌值时使用 CSS 变量覆盖。
组件组合 遵循容器/展示器模式:
使用组合优于配置。小型、专注的组件组合起来比具有许多属性的大型组件更灵活。
运动集成 在组件级别集成 Framer Motion:
import { motion } from "framer-motion";
const Card = ({ children }: { children: React.ReactNode }) => (
<motion.div
whileHover={{ scale: 1.02 }}
transition={{ type: "spring", stiffness: 300, damping: 25 }}
className="p-6 rounded-lg bg-[var(--color-bg-light)]"
>
{children}
</motion.div>
);
TypeScript 严谨性 偏好显式类型而非 any。对组件变体使用可辨识联合。为开发者体验定义带有 JSDoc 注释的严格属性接口。
并非所有项目都值得最大程度的表达。 情境决定强度。
完全表达:
这些情境允许发挥——用户期待个性和独特的声音。仿 ASCII 处理、大胆的运动、戏剧性的尺度在这里都适用。
应用克制:
这些情境需要平静、清晰、功能性的设计。使用该美学的微妙版本:温暖调色板而无极端对比,温和的弹簧运动而非弹跳,充裕的间距而无戏剧性的尺度跳跃。
调节系统: 将表达性视为 1-10 的刻度盘,而非二元开关:
将刻度盘与用户需求和项目目标相匹配。尊重既定的 UI 模式。绝不要为了视觉吸引力而牺牲核心功能——表达性设计增强可用性,而非取代它。
通用 AI 生成美学 → 情境特定特征
避免过度使用、暗示默认思维的字体家族。与其使用 Inter、Roboto、Arial、Space Grotesk 或系统字体,不如选择 具有有趣个性且与项目情境匹配的字体。展示字体应富有表现力;正文字体应精致。
避免陈词滥调的色彩方案,特别是白色背景上的紫色渐变。相反, 致力于一个连贯的定位:大胆饱和、情绪克制,或高对比度极简。使用 90/10 规则——一种鲜艳的重音比彩虹调色板效果更好。
避免可预测的布局和千篇一律的组件模式。相反, 使用非对称性、意想不到的尺度跳跃、具有不同比例的便当网格,以及创造节奏的全出血时刻。
无目的的装饰 → 有意的细节
避免仅用于填充空间的形状或没有功能的分散视觉元素。相反, 每个装饰元素都应服务于美学方向:仿 ASCII 图案参考技术历史,扫描线创造复古未来张力,点阵通过约束增添温暖。
避免空洞无趣的纯粹极简主义。相反, 使用有意的留白——创造呼吸空间并引导注意力的充裕负空间,而不仅仅是内容的缺失。
过度动画 → 高影响力时刻
避免所有东西都使用视差、滚动劫持,以及不断从各个方向飞入的元素。相反, 一个编排良好的页面加载,带有错开的弹簧动画,比分散的微交互能创造更多愉悦感。
当弹簧物理效果感觉更生动时,避免使用传统的缓动曲线和固定时长。相反, 使用具有适当阻尼的 Framer Motion 弹簧——表达性弹跳用于关键时刻,标准弹簧用于功能性 UI。
最大主义混乱 → 受控的密度
避免不加考虑的“越多越好”。相反, 将实现复杂度与美学愿景相匹配。最大主义设计需要包含大量动画和效果的复杂代码。极简主义设计需要在间距和排版上保持克制、优雅和精确。
默认背景 → 氛围深度
避免纯色(尤其是 #ffffff 白色或 #000000 黑色)。相反, 使用与整体美学匹配的有纹理背景:带有微妙橄榄色调的温暖黑色(#131313)、奶油白色(#faf9f5)、噪点叠加、渐变网格或几何图案。
纯黑与纯白 → 温暖色调
避免纯黑(#000000)和纯白(#ffffff)。相反, 偏好带有橄榄色/棕色底色的温暖黑色(#131313-#1a1a1a)和奶油色/羊皮纸白色(#faf9f5, #f5f4ed)。微妙的温暖感创造凝聚力并防止临床化感觉。
AI 生成图像 → 深思熟虑的视觉选择
避免使用 AI 生成图像,除非作为有意的美学选择(故障感、怪异感、刻意的人工感)。相反, 使用技术浪漫插图(线条艺术、等轴测视图、像素构图)、真实产品截图,或完全不使用图像——让排版和色彩发挥作用。
运动与动画:
ASCII 艺术与展示字体:
组件库:
色彩参考:
请记住:Claude 能够完成非凡的、获奖级别的创意工作。坚定不移地致力于一个独特且令人难忘的愿景。约束(仿 ASCII、温暖调色板、弹簧物理)即成为标志性风格。
完整、可用于生产的 React + TypeScript 示例,展示该美学在实践中应用:
英雄区域:
examples/hero-section.tsx - 完整的英雄区域,包含 figlet ASCII 艺术、弹簧动画、温暖调色板、技术网格背景和滚动指示器布局模式:
examples/bento-grid-layout.tsx - 非对称网格,包含不同卡片尺寸、悬停弹簧动画、玻璃态拟物化效果和温暖重音排版组件:
examples/ascii-text-effect.tsx - 可复用的 ASCII 文本组件,包含多种字体、打字机效果、故障动画和扫描线叠加每个示例包含:
复制并调整这些示例,作为在您的项目中实现该美学的起点。
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This skill guides creation of distinctive, emotionally expressive frontend interfaces that balance technical precision with organic imperfection. Build React + TypeScript + Tailwind applications with faux-ASCII aesthetics, warm dark palettes, spring-based motion, and Anthropic-adjacent design sensibility.
The essence of this aesthetic lives in a productive tension: technical precision meets organic imperfection. The grid exists, but something breaks out of it. Type is clean, but rendered in dots or blocks. Palettes are restrained, but punctuated with jarring accents that make everything sing.
Expressive by Design : Create interfaces that make users feel something. Research shows expressive design helps users spot key elements 4x faster while inspiring emotional connection through strategic use of color, shape, size, motion, and containment. Balance emotional engagement with functional clarity—never sacrifice core usability for visual appeal.
The Feeling : Confidence of someone who knows what they're doing, expressed through restraint rather than excess. Technical but not cold. Modern but referencing history. Clean but with texture. Serious but with moments of play.
When to Use : Creative portfolios, developer tools, design systems, technical documentation, AI/LLM interfaces, anything wanting a distinctive voice. The constraint (faux-ASCII, warm palettes, spring motion) becomes the style.
Map Material Design's five expressive elements to this distinctive aesthetic:
1. Color as Expression Strategic color use draws attention and conveys emotion. Prefer dark foundations (warm blacks with olive/brown undertones) punctuated by vibrant accents (electric orange, coral, neon green). The 90/10 rule: 90% restrained background, 10% vibrant accent doing all the emotional work.
2. Shape as Identity Distinctive forms create visual memory. Employ faux-ASCII shapes (block letterforms built from rectangles, pixelated figures, geometric patterns), scanline overlays, dot matrix compositions, and technical construction lines that reveal the design process.
3. Size as Hierarchy Proportional emphasis establishes importance. Use dramatic scale jumps: 48-80px bold headlines (700-900 weight) contrasted with restrained 14-16px body (400 weight). The gap between them IS the design.
4. Motion as Guide Dynamic transitions direct attention. Prefer spring-based physics over easing curves—animations that bounce slightly feel alive and intentional. Reserve expressive motion for hero moments and key interactions.
5. Containment as Organization Visual grouping creates clarity. Use bento grid layouts where each card has different proportions, dark sections as punctuation in light pages, generous negative space (60-120px padding), and asymmetric compositions that guide the eye.
Dark Foundations Prefer warm blacks with subtle olive or brown undertones over pure black (#000000). Think #131313 to #1a1a1a with slight warmth. Avoid cold, blue-tinted blacks—they read sterile. The background should feel like comfortable night.
When going light, avoid pure white (#ffffff). Use cream, warm gray, or paper tones (#faf8f6, #faf9f5, #f5f4ed). Pure white reads clinical; warm white reads considered.
The Accent That Cuts Through Almost every composition needs ONE color doing all the work:
Anthropic-Adjacent Palette Harmony Rhyme with Anthropic's design language without copying:
The Formula
Dark mode: 90% warm dark background + 10% vibrant accent
Light mode: Warm off-white + strategic dark type + one accent
Prefer limited palettes. Single color family with variations, or 2-3 deliberately chosen colors. Reduces cognitive load and creates premium, focused appearance.
Avoid rainbow palettes, gradients for gradient's sake, or default "startup blue". Commit to a cohesive position: bold and saturated, moody and restrained, or high-contrast and minimal.
Display Type Treatments Typography carries the design's voice. Prefer interesting personality over default thinking—avoid Arial, Inter, Roboto, system stacks. Display type should be expressive, even risky. Font choices should be inseparable from the aesthetic direction.
Faux-ASCII Rendering Techniques:
Figlet for Big Headers Use the figlet npm package (https://www.npmjs.com/package/figlet) to render large ASCII art text. Creates impactful headers with retro terminal aesthetic. Works well for hero sections, section dividers, and page titles.
Scale & Hierarchy
The gap between display and body creates visual tension. Let dramatic scale jumps establish hierarchy—one well-proportioned headline does more than scattered emphasis.
Body Type Philosophy Clean, legible, stays out of the way. Display type talks; body type listens. Maintain clear visual distinction between content levels through weight contrast (700-900 headlines vs 400 body).
Geometric Technical Forms Embrace shapes that reference early computing and technical drawing:
Illustration Style: Technical Romance Illustrations should live in the space between technical precision and human warmth—smart enough to feel credible, warm enough to feel approachable.
Prefer line art with intention (single-weight strokes, isometric views, connected systems), dot/pixel compositions (constraint as style), geometric construction visible (circles and guides that built the form), and abstract data visualizations (not charts, but visual data as landscape).
Avoid blob people, generic SaaS illustrations, overly detailed 3D renders, and stock photography (almost never).
Breathing Room as Feature Interfaces should not fear emptiness. Generous spacing creates premium feel and improves scanability.
Bento Grid Layouts Feature grids where each card is different size and proportion. Creates visual interest through asymmetry while maintaining organizational clarity. Not everything needs to be the same height.
See also: examples/bento-grid-layout.tsx for complete implementation with varied card sizes, spring animations, and warm accents.
Asymmetry with Purpose The 50/50 split is fine, but 60/40 is more interesting. Text heavy on left with visual on right (or vice versa). Let content weight create natural pull.
Full-Bleed Moments Some sections should extend edge-to-edge. Creates rhythm through alternation. A dark section in a light page (or light in dark) creates natural hierarchy without needing explicit headers.
The Layout Pattern
Hero (full-bleed) → Feature cards (contained) →
Dark section (full-bleed) → Content grid (contained) →
Call-to-action (full-bleed)
Alternate between contained and full-bleed to create visual rhythm and guide attention.
Spring-Based Physics Replace traditional easing curves and durations with spring physics. Animations feel more fluid, natural, and alive when defined by physical properties rather than fixed timings.
Core Properties:
Two Motion Schemes:
Expressive Motion (Recommended Default) Use springs with lower damping, creating noticeable overshoot and bounce. Well-suited for:
Standard Motion (Functional Restraint) Use higher damping for subdued motion with minimal bounce. Appropriate for:
Implementation with Framer Motion Prefer Framer Motion for React animations with spring physics:
import { motion } from "framer-motion";
// Expressive spring
<motion.div
initial={{ opacity: 0, y: 20 }}
animate={{ opacity: 1, y: 0 }}
transition={{
type: "spring",
stiffness: 260,
damping: 20 // Lower damping = more bounce
}}
>
// Standard spring
<motion.div
transition={{
type: "spring",
stiffness: 300,
damping: 30 // Higher damping = less bounce
}}
>
When to Use Motion: Prioritize high-impact moments over scattered micro-interactions. One well-orchestrated page load with staggered reveals (using animation-delay) creates more delight than everything bouncing. Use scroll-triggering and hover states that surprise.
Focus on entrance animations, state transitions, and user feedback. Reserve expressive bounce for moments that deserve attention.
See also: references/motion-physics-guide.md for comprehensive spring parameter tuning, advanced patterns, debugging, and performance optimization.
Conceptual Approach For performant 2D ASCII animation from video or images, use PixiJS (2D WebGL renderer) rather than DOM manipulation. Rendering individual characters as DOM elements won't perform at scale.
High-Level Implementation Pattern:
// 1. Create custom Pixi Filter (fragment shader)
// Samples video/image texture, computes luminance,
// quantizes to grid, picks glyph from sprite-sheet atlas
const asciiFilter = new Filter(
undefined,
fragmentShaderCode, // GLSL shader
{
resolution: { x: width, y: height },
cellSize: 8, // ASCII cell size in pixels
time: 0 // For animation
}
);
// 2. Render with @pixi/react
import { Stage, Sprite } from "@pixi/react";
<Stage width={800} height={450}>
<Sprite
texture={videoTexture}
filters={[asciiFilter]}
/>
</Stage>
// 3. Animate by updating uniforms each frame
useTick((delta) => {
asciiFilter.uniforms.time += delta * 0.05;
});
Key Concepts:
Resources:
This technique scales to video-rate performance where DOM-based approaches fail.
See also:
references/advanced-ascii-animation.md for complete implementations with Three.js and regl, advanced effects (scanlines, dithering), performance optimization, and troubleshootingexamples/ascii-text-effect.tsx for figlet-based ASCII text components with typewriter and glitch effectsTextured Backgrounds Avoid defaulting to solid colors. Create atmosphere through contextual effects:
Component Libraries for Effects Reference these Aceternity UI and Magic UI components for modern background and interaction patterns:
Backgrounds:
Borders & Effects:
Text Animation:
Don't use all of them—select contextually appropriate effects that enhance rather than overwhelm.
See also: references/component-libraries.md for detailed catalog with descriptions, use cases, aesthetic fit ratings, integration guidance, and performance considerations for all Aceternity UI and Magic UI components.
Tailwind v4 Patterns Use CSS variables for theme consistency:
// Define in globals.css
:root {
--color-bg-dark: #131313;
--color-bg-light: #faf9f5;
--color-accent: #d97757;
--spacing-section: 6rem; /* 96px */
}
// Use in Tailwind classes
<div className="bg-[var(--color-bg-dark)] py-[var(--spacing-section)]">
Prefer Tailwind's built-in spacing scale (multiples of 4px) but override with CSS variables when you need specific brand values.
Component Composition Follow container/presenter pattern:
Use composition over configuration. Small, focused components that combine are more flexible than large components with many props.
Motion Integration Integrate Framer Motion at component level:
import { motion } from "framer-motion";
const Card = ({ children }: { children: React.ReactNode }) => (
<motion.div
whileHover={{ scale: 1.02 }}
transition={{ type: "spring", stiffness: 300, damping: 25 }}
className="p-6 rounded-lg bg-[var(--color-bg-light)]"
>
{children}
</motion.div>
);
TypeScript Rigor Prefer explicit types over any. Use discriminated unions for component variants. Define strict prop interfaces with JSDoc comments for developer experience.
Not all projects deserve maximum expressiveness. Context determines intensity.
Go Full Expressive:
These contexts allow flourish—users expect personality and distinctive voice. Faux-ASCII treatments, bold motion, dramatic scale all work here.
Apply Restraint:
These contexts need calm, clear, functional design. Use subtle versions of the aesthetic: warm color palette without extreme contrasts, gentle spring motion instead of bounce, generous spacing without dramatic scale jumps.
The Dial System: Think of expressiveness as a dial from 1-10, not a binary switch:
Match the dial to user needs and project goals. Respect established UI patterns. Never sacrifice core functionality for visual appeal—expressive design enhances usability, doesn't replace it.
Generic AI-Generated Aesthetics → Context-Specific Character
Avoid overused font families that signal default thinking. Instead of Inter, Roboto, Arial, Space Grotesk, or system fonts, choose fonts with interesting personality matched to the project context. Display type should be expressive; body type should be refined.
Avoid cliched color schemes, particularly purple gradients on white backgrounds. Instead, commit to a cohesive position: bold and saturated, moody and restrained, or high-contrast and minimal. Use the 90/10 rule—one vibrant accent does more work than rainbow palettes.
Avoid predictable layouts and cookie-cutter component patterns. Instead, use asymmetry, unexpected scale jumps, bento grids with varied proportions, and full-bleed moments that create rhythm.
Decoration Without Purpose → Intentional Details
Avoid shapes that exist only to fill space or scattered visual elements with no function. Instead, every decorative element should serve the aesthetic direction: faux-ASCII patterns reference technical history, scanlines create retrofuture tension, dot matrices add warmth through constraint.
Avoid pure minimalism where empty isn't interesting. Instead, use intentional emptiness—generous negative space that creates breathing room and guides attention, not just absence of content.
Over-Animation → High-Impact Moments
Avoid parallax everything, scroll-jacking, and things constantly flying in from all directions. Instead, one well-orchestrated page load with staggered spring animations creates more delight than scattered micro-interactions.
Avoid traditional easing curves and fixed durations when spring physics would feel more alive. Instead, use Framer Motion springs with appropriate damping—expressive bounce for hero moments, standard springs for functional UI.
Maximalist Chaos → Controlled Density
Avoid "more is more" without consideration. Instead, match implementation complexity to aesthetic vision. Maximalist designs need elaborate code with extensive animations and effects. Minimalist designs need restraint, elegance, and precision in spacing and typography.
Default Backgrounds → Atmospheric Depth
Avoid pure solid colors (especially #ffffff white or #000000 black). Instead, use textured backgrounds that match the overall aesthetic: warm blacks (#131313) with subtle olive tones, cream whites (#faf9f5), noise overlays, gradient meshes, or geometric patterns.
Pure Black and White → Warm Tones
Avoid pure black (#000000) and pure white (#ffffff). Instead, prefer warm blacks with olive/brown undertones (#131313-#1a1a1a) and cream/parchment whites (#faf9f5, #f5f4ed). The subtle warmth creates cohesion and prevents clinical feeling.
AI-Generated Imagery → Deliberate Visual Choices
Avoid AI-generated imagery unless used as deliberate aesthetic choice (glitchy, weird, intentionally artificial). Instead, use technical romance illustrations (line art, isometric views, pixel compositions), real product screenshots, or no imagery at all—let typography and color do the work.
Motion & Animation:
ASCII Art & Display Type:
Component Libraries:
Color Reference:
Remember: Claude is capable of extraordinary, award-worthy creative work. Commit relentlessly to a distinctive and unforgettable vision. The constraint (faux-ASCII, warm palette, spring physics) becomes the signature style.
Complete, production-ready React + TypeScript examples demonstrating the aesthetic in practice:
Hero Sections:
examples/hero-section.tsx - Complete hero with figlet ASCII art, spring animations, warm palette, technical grid background, and scroll indicatorsLayout Patterns:
examples/bento-grid-layout.tsx - Asymmetric grid with varied card sizes, spring animations on hover, glassmorphism effects, and warm accentsTypography Components:
examples/ascii-text-effect.tsx - Reusable ASCII text components with multiple fonts, typewriter effects, glitch animations, and scanline overlaysEach example includes:
Copy and adapt these examples as starting points for implementing the aesthetic in your projects.
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