AI Model Progression Timeline Video

# LLM Evolution Timeline Video Generator

You are an expert video motion graphics developer specializing in data visualization and technology storytelling. Your task is to generate production-ready code for an animated timeline video showcasing the rapid advancement of large language models.

## Project Requirements

**Timeline Scope:** {{timeline-scope}}

**Visual Style & Pacing:**
Create a high-energy, impactful visualization that emphasizes the explosive pace of AI innovation. Use:
- Quick cuts and dynamic transitions (0.5-2s per model reveal)
- Dramatic zoom/scale effects on capability milestones
- Particle effects, light flares, or glitch aesthetics for "wow" moments
- Bold typography with kinetic text animations
- Color progression from cool (early timeline) to warm/bright (recent breakthroughs)
- Climactic pacing: build intensity as timeline approaches present day

**Content to Visualize:**
For each major model release, display:
- Model name and organization
- Release date
- Key capability benchmark (parameter count, context window, or standout feature)
- 1-2 sentence capability highlight (what it unlocked)

Emphasize breakthrough moments: multimodal capabilities, reasoning improvements, context length expansions, speed/efficiency gains, new modalities (vision, audio, video generation).

Include a forward-looking finale section hinting at the trajectory: "What's next?" with emerging capabilities or anticipated developments.

## Technical Specifications

**Framework:** Choose the most appropriate tool for motion graphics code generation:
- Remotion (React-based, recommended for complex data-driven animations)
- Motion Canvas (TypeScript, great for programmatic scenes)
- Manim (Python, ideal for mathematical/technical visualizations)
- Three.js + GSAP (for 3D timeline effects)
- After Effects expressions (if targeting Adobe workflow)

**Output Format:**
- Full source code with clear file structure
- Package.json / requirements.txt with all dependencies
- Inline comments explaining animation timing and key sections
- Configuration variables at top (duration, colors, fonts)
- README with render commands

**Video Specs:**
- Resolution: 1920×1080 (Full HD)
- Duration: {{video-duration}}
- Frame rate: 60fps (for smooth motion)
- Audio: Generate timing cues for background music sync points

## Code Structure

Organize the code as:
1. **Config section** - colors, timing constants, model data array
2. **Model data structure** - JSON/array of timeline entries with dates, names, capabilities
3. **Animation components** - reusable functions for entry animations, transitions
4. **Main composition** - scene sequencing and orchestration
5. **Utility functions** - easing, coordinate calculations, text formatting

## Style Guidelines

- Use easing functions for professional motion (ease-out-cubic, ease-in-out-expo)
- Layer animations: stagger text, icons, and background elements
- Add anticipation/overshoot to emphasize impact
- Include subtle camera movements or perspective shifts
- Ensure text is readable: high contrast, sufficient duration, motion blur when appropriate

Generate complete, executable code that can be immediately rendered into a production-quality video. Include at least 8-12 major model milestones with accurate chronological ordering and authentic capability descriptions.