Ryan Malloy 081bb862d3 Organize documentation into professional docs/ structure
🗂️ MAJOR DOCS REORGANIZATION: Professional documentation structure implemented

## New Documentation Architecture
docs/
├── user-guide/          # End-user documentation
├── development/         # Technical implementation details
├── migration/           # Upgrade and migration guides
├── reference/           # API references and feature lists
└── examples/            # Comprehensive usage examples

## Key Improvements
 Logical categorization of all 14 documentation files
 Professional docs/ directory following industry standards
 Updated internal links to maintain navigation
 Comprehensive docs/README.md with navigation
 Enhanced main README with docs/ integration
 Migration section added for v0.4.0 upgrade guidance

## Documentation Features
- 📖 Complete user guides with feature overviews
- 🛠️ Technical development documentation
- 🔄 Step-by-step migration instructions
- 💻 11 comprehensive examples with detailed explanations
- 📋 API references and project roadmaps
- 🎯 Quick navigation and cross-linking

This creates a professional documentation experience that scales
with the project and makes information easily discoverable.

🤖 Generated with [Claude Code](https://claude.ai/code)

Co-Authored-By: Claude <noreply@anthropic.com>
2025-09-21 22:15:56 -06:00

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6.1 KiB
Markdown

# 📚 Examples Documentation
This directory contains comprehensive examples demonstrating all features of the Video Processor v0.4.0.
## 🚀 Getting Started Examples
### [basic_usage.py](../../examples/basic_usage.py)
**Start here!** Shows the fundamental video processing workflow with the main `VideoProcessor` class.
```python
# Simple video processing
processor = VideoProcessor(config)
result = await processor.process_video("input.mp4", "./output/")
```
### [custom_config.py](../../examples/custom_config.py)
Demonstrates advanced configuration options and quality presets.
```python
# Custom configuration for different use cases
config = ProcessorConfig(
quality_preset="ultra",
output_formats=["mp4", "av1_mp4"],
enable_ai_analysis=True
)
```
## 🤖 AI-Powered Features
### [ai_enhanced_processing.py](../../examples/ai_enhanced_processing.py)
Complete AI content analysis with scene detection and quality assessment.
```python
# AI-powered content analysis
analysis = await analyzer.analyze_content(video_path)
print(f"Scenes: {analysis.scenes.scene_count}")
print(f"Quality: {analysis.quality_metrics.overall_quality}")
```
## 🎥 Advanced Codec Examples
### [advanced_codecs_demo.py](../../examples/advanced_codecs_demo.py)
Demonstrates AV1, HEVC, and HDR processing capabilities.
```python
# Modern codec encoding
config = ProcessorConfig(
output_formats=["mp4", "av1_mp4", "hevc"],
enable_av1_encoding=True,
enable_hdr_processing=True
)
```
## 📡 Streaming Examples
### [streaming_demo.py](../../examples/streaming_demo.py)
Shows how to create adaptive streaming packages (HLS/DASH) for web delivery.
```python
# Create adaptive streaming
streaming_package = await stream_processor.create_adaptive_stream(
video_path, output_dir, formats=["hls", "dash"]
)
```
## 🌐 360° Video Processing
### [360_video_examples.py](../../examples/360_video_examples.py)
**Comprehensive 360° showcase** with 7 detailed examples:
1. **Basic 360° Analysis** - Detect and analyze spherical videos
2. **Projection Conversion** - Convert between equirectangular, cubemap, etc.
3. **Viewport Extraction** - Extract flat videos from specific viewing angles
4. **Spatial Audio Processing** - Handle ambisonic and binaural audio
5. **360° Adaptive Streaming** - Viewport-adaptive streaming with bandwidth optimization
6. **Batch Processing** - Convert multiple projections in parallel
7. **Quality Analysis** - Assess 360° video quality and get optimization recommendations
### [video_360_example.py](../../examples/video_360_example.py)
Focused example showing core 360° processing features.
## 🐳 Production Deployment
### [docker_demo.py](../../examples/docker_demo.py)
Production deployment with Docker containers and environment configuration.
### [worker_compatibility.py](../../examples/worker_compatibility.py)
Distributed processing with Procrastinate workers for scalable deployments.
### [async_processing.py](../../examples/async_processing.py)
Advanced async patterns for high-throughput video processing.
## 🌐 Web Integration
### [web_demo.py](../../examples/web_demo.py)
Flask web application demonstrating video processing API integration.
```python
# Web API endpoint
@app.post("/process")
async def process_video_api(file: UploadFile):
result = await processor.process_video(file.path, output_dir)
return {"status": "success", "formats": list(result.encoded_files.keys())}
```
## 🏃‍♂️ Running the Examples
### Prerequisites
```bash
# Install with all features
uv add video-processor[all]
# Or install specific feature sets
uv add video-processor[ai,360,streaming]
```
### Basic Examples
```bash
# Run basic usage example
uv run python examples/basic_usage.py
# Test AI analysis
uv run python examples/ai_enhanced_processing.py
# Try 360° processing
uv run python examples/360_video_examples.py
```
### Advanced Examples
```bash
# Set up Docker environment
uv run python examples/docker_demo.py
# Test streaming capabilities
uv run python examples/streaming_demo.py
# Run web demo (requires Flask)
uv add flask
uv run python examples/web_demo.py
```
## 🎯 Example Categories
| Category | Examples | Features Demonstrated |
|----------|----------|----------------------|
| **Basics** | `basic_usage.py`, `custom_config.py` | Core processing, configuration |
| **AI Features** | `ai_enhanced_processing.py` | Scene detection, quality analysis |
| **Modern Codecs** | `advanced_codecs_demo.py` | AV1, HEVC, HDR processing |
| **Streaming** | `streaming_demo.py` | HLS, DASH adaptive streaming |
| **360° Video** | `360_video_examples.py`, `video_360_example.py` | Immersive video processing |
| **Production** | `docker_demo.py`, `worker_compatibility.py` | Deployment, scaling |
| **Integration** | `web_demo.py`, `async_processing.py` | Web APIs, async patterns |
## 💡 Tips for Learning
1. **Start Simple**: Begin with `basic_usage.py` to understand the core concepts
2. **Progress Gradually**: Move through AI → Codecs → Streaming → 360° features
3. **Experiment**: Modify the examples with your own video files
4. **Check Logs**: Enable logging to see detailed processing information
5. **Read Comments**: Each example includes detailed explanations and best practices
## 🔧 Troubleshooting
### Common Issues
**Missing Dependencies**
```bash
# AI features require OpenCV
pip install opencv-python
# 360° processing needs additional packages
pip install numpy opencv-python
```
**FFmpeg Not Found**
```bash
# Install FFmpeg (varies by OS)
# Ubuntu/Debian: sudo apt install ffmpeg
# macOS: brew install ffmpeg
# Windows: Download from ffmpeg.org
```
**Import Errors**
```bash
# Ensure video-processor is installed
uv add video-processor
# For development
uv sync --dev
```
### Getting Help
- Check the [migration guide](../migration/MIGRATION_GUIDE_v0.4.0.md) for upgrade instructions
- See [user guide](../user-guide/NEW_FEATURES_v0.4.0.md) for complete feature documentation
- Review [development docs](../development/) for technical implementation details
---
*These examples demonstrate the full capabilities of Video Processor v0.4.0 - from simple format conversion to advanced 360° immersive experiences with AI optimization.*