## Interactive Demo

### 🏠 Welcome Home

This is the home page content. The GravityNav system allows you to navigate through different sections using physics-based interactions. Click on any planet to see gravitational effects in action!

### 👤 About

Learn about the innovative navigation paradigm. Each navigation element behaves like a celestial body with its own gravitational field. Mouse interactions create attractive forces that pull planets toward your cursor.

### 🚀 Projects

Explore various projects and implementations. The physics simulation runs at 60fps and responds to real-time user interactions. Each planet maintains momentum and responds to gravitational influences.

### 📬 Contact

Get in touch through various channels. The system maintains accessibility through keyboard navigation while providing an engaging visual experience that transforms traditional navigation paradigms.

### 📝 Blog

Read latest articles and insights. The adaptive physics system responds to user preferences, allowing customization of gravitational strength and system damping for different interaction styles.

## Traditional vs Innovation

### Traditional Tab Navigation

Standard horizontal or vertical tab layout with static positioning.

✓ Predictable layout
✓ Fast recognition
✗ Static visual feedback
✗ Limited engagement
✗ No spatial relationships

### GravityNav System

Physics-based navigation with gravitational interactions and celestial metaphors.

✓ Engaging physics simulation
✓ Natural spatial relationships
✓ Real-time visual feedback
✓ Memorable interaction model
✓ Customizable behavior
✓ Full accessibility support

## Design Documentation

### Interaction Model

Users interact through mouse movement creating gravitational fields that attract navigation planets. Clicking selects a navigation item and triggers content updates. Planets respond with realistic physics including momentum, attraction, and damping. Keyboard navigation maintains traditional accessibility patterns.

### Technical Implementation

Built using requestAnimationFrame for 60fps physics simulation. Vector mathematics calculate gravitational forces between mouse position and planets. CSS transforms provide smooth hardware-accelerated animations. Physics controls allow real-time parameter adjustment for gravity strength and system damping.

### Accessibility Features

Maintains full keyboard navigation with Tab cycling and Enter activation. ARIA labels and roles ensure screen reader compatibility. Content changes are announced via aria-live regions. Focus indicators provide clear visual feedback. All physics interactions have keyboard equivalents.

### Evolution Opportunities

Future enhancements could include orbital mechanics for sub-navigation, collision detection between planets, 3D space navigation, voice-controlled gravitational fields, collaborative navigation where multiple users influence the same space, and adaptive AI that learns user navigation patterns.