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portfolio-website
# Modern Developer Portfolio Task Structure

This example demonstrates how to use Atlas MCP to organize and track the development of a modern,
minimalist developer portfolio website.

## Project Overview

A portfolio website that embodies the modern San Francisco tech aesthetic, featuring subtle
interactive elements and a clean, sophisticated project showcase.

### Design Philosophy

- Ultra-clean, distraction-free layouts
- Strategic use of negative space
- Monochromatic color scheme with subtle accent colors
- Modern sans-serif typography (e.g., Inter, SF Pro)
- Minimal UI elements that appear on interaction
- Subtle borders and shadows
- Muted, professional color palette

### Technical Stack

- Next.js 14 with App Router
- TypeScript for type safety
- Framer Motion for fluid animations
- Three.js/React Three Fiber for background effects
- Tailwind CSS for minimal styling
- GSAP for advanced animations

## Task Structure

### 1. Project Setup & Infrastructure

- **Initialize Next.js Project with TypeScript**
  - Next.js 14 configuration
  - TypeScript setup
  - Environment configuration
- **Configure Git and Version Control**
  - Git repository setup
  - Husky hooks
  - Conventional commits
- **Configure Development Tools**
  - ESLint & Prettier
  - Testing frameworks
  - Tailwind CSS setup

### 2. Core Development Implementation

- **Component Library and Design System**
  - Atomic design structure
  - Type-safe components
  - Animation variants
  - Theme support
- **Modern Project Gallery**
  - Interactive cards
  - GitHub integration
  - Infinite scroll
  - Filtering system
- **Hero Section**
  - Animated text
  - Interactive background
  - Scroll navigation
- **Professional Experience**
  - Timeline design
  - Tech stack visualization
  - Achievement metrics
- **About Section**
  - Modern image treatment
  - Content transitions
  - Dark mode support
- **Contact Section**
  - Interactive form
  - Social media integration
  - Email service
  - Spam protection

### 3. Interactive Elements

- **Background Effects**
  - Particle system
  - Gradient mesh
  - Cursor tracking
- **Micro-interactions**
  - Button effects
  - Page transitions
  - Scroll animations

### 4. Testing & QA

- **Component/Integration Tests**
  - Jest configuration
  - React Testing Library
  - Snapshot testing
- **E2E & Performance**
  - Cypress setup
  - Lighthouse integration
  - Performance monitoring

### 5. Deployment & Production

- **Production Optimization**
  - Vercel deployment
  - Error tracking
  - Analytics
  - SEO optimization

## Dependencies

### Core Dependencies

```json
{
  "dependencies": {
    "next": "14.x",
    "react": "18.x",
    "react-dom": "18.x",
    "typescript": "5.x",
    "framer-motion": "latest",
    "three": "latest",
    "@react-three/fiber": "latest",
    "tailwindcss": "latest",
    "gsap": "latest"
  }
}
```

### Development Dependencies

```json
{
  "devDependencies": {
    "@types/node": "latest",
    "@types/react": "latest",
    "@types/three": "latest",
    "eslint": "latest",
    "prettier": "latest",
    "husky": "latest",
    "jest": "latest",
    "cypress": "latest",
    "@testing-library/react": "latest"
  }
}
```

## Task Dependencies

```
portfolio/setup → portfolio/core → portfolio/interactive → portfolio/testing → portfolio/deployment
```

Each core section task depends on the component library task (`portfolio/core/components`).

## Acceptance Criteria

### Performance

- 60fps animations
- Core Web Vitals optimization
- Efficient asset loading
- Mobile performance

### Accessibility

- WCAG 2.1 compliance
- Keyboard navigation
- Screen reader support
- Reduced motion support

### Quality

- 80%+ test coverage
- E2E test suite
- Visual regression tests
- Performance monitoring

## Implementation Notes

### Animation Strategy

- Hardware-accelerated transforms
- RAF-based animations
- Efficient state management
- Proper cleanup

### Responsive Design

- Mobile-first approach
- Fluid typography
- Responsive spacing
- Touch interactions

### Code Quality

- TypeScript strict mode
- ESLint configuration
- Prettier formatting
- Git hooks

### Performance Optimization

- Image optimization
- Code splitting
- Bundle analysis
- Cache strategies

## Getting Started

1. Clone the repository
2. Install dependencies: `npm install`
3. Run development server: `npm run dev`
4. Access at: `http://localhost:3000`

## Development Workflow

1. Create feature branch
2. Implement changes
3. Run tests: `npm test`
4. Run E2E tests: `npm run cypress`
5. Build production: `npm run build`
6. Create pull request

## Deployment

Automated deployment via Vercel:

1. Push to main branch
2. Automatic build and deploy
3. Preview deployments for PRs
4. Production optimization

## Monitoring

- Vercel Analytics
- Error tracking via Sentry
- Performance monitoring
- User behavior analytics

This task structure provides a comprehensive framework for implementing a modern developer portfolio
with sophisticated interactions while maintaining performance and accessibility standards.