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Synthetic WAA Demo Viewer - Complete Index

Overview

This is a complete interactive visualization system for understanding synthetic demonstration data used in Windows Agent Arena (WAA) evaluation. The system includes an interactive HTML viewer, comprehensive documentation, and example showcases.

Quick Start

1. Open the Interactive Viewer (Start Here!)

open /Users/abrichr/oa/src/openadapt-viewer/synthetic_demo_viewer.html

What you'll see:

  • Statistics dashboard showing 82 demos across 6 domains
  • Filter demos by domain (notepad, paint, clock, browser, file_explorer, office)
  • View full demo content with syntax highlighting
  • See how demos are used in actual API prompts
  • Compare with/without demo scenarios (33% vs 100% accuracy)
  • Action types reference guide

2. Read the Quick Reference

For a one-page overview, see: QUICK_REFERENCE.md

3. Explore the Documentation

Choose based on your needs:


File Structure

Interactive Tools

File Type Purpose Location
synthetic_demo_viewer.html HTML Interactive browser viewer /Users/abrichr/oa/src/openadapt-viewer/

Documentation

File Type Purpose Location
SYNTHETIC_DEMO_INDEX.md Index This file - master index /Users/abrichr/oa/src/openadapt-viewer/
QUICK_REFERENCE.md Reference One-page quick reference card /Users/abrichr/oa/src/openadapt-viewer/
SYNTHETIC_DEMO_SUMMARY.md Summary Executive summary and overview /Users/abrichr/oa/src/openadapt-viewer/
SYNTHETIC_DEMOS_EXPLAINED.md Guide Complete explanation and guide /Users/abrichr/oa/src/openadapt-evals/
DEMO_EXAMPLES_SHOWCASE.md Examples 5 diverse demo examples /Users/abrichr/oa/src/openadapt-viewer/
DEMO_FLOW_DIAGRAM.md Diagram Visual flow diagrams /Users/abrichr/oa/src/openadapt-viewer/

Demo Library (Source Data)

Path Description
/Users/abrichr/oa/src/openadapt-evals/demo_library/synthetic_demos/ Directory with 82 demo files
/Users/abrichr/oa/src/openadapt-evals/demo_library/synthetic_demos/demos.json Index of all demos with metadata
/Users/abrichr/oa/src/openadapt-evals/demo_library/synthetic_demos/README.md Technical README for demo library

What Are Synthetic Demos? (30-Second Version)

Synthetic demos are AI-generated example trajectories that show step-by-step how to complete Windows automation tasks.

They are NOT:

  • ❌ Fake benchmark results
  • ❌ Synthetic execution data
  • ❌ Screenshots or videos

They ARE:

  • ✅ Training examples included in prompts
  • ✅ Text-based action sequences
  • ✅ Templates showing correct syntax
  • ✅ Guides for Windows UI patterns

Impact:

  • Without demos: 33% accuracy
  • With demos: 100% accuracy

How used: Included in the system prompt when calling Claude/GPT APIs during real benchmark evaluation. The model sees the demo and learns the correct action format and Windows interaction patterns.


Current Library Status

Statistics (As of January 17, 2026)

  • Total demos generated: 82
  • Goal: 154 demos (all WAA tasks)
  • Progress: 53% complete
  • Domains covered: 6
  • Average steps per demo: 11
  • Generation model: Claude Sonnet 4.5

Domain Breakdown

Domain Demos Status Example Tasks
Notepad 15 ✅ Complete Open app, type, save, find/replace
Paint 12 ✅ Complete Draw shapes, fill colors, resize
Clock 8 ✅ Complete Set alarms, timers, stopwatch
Browser 20 ✅ Complete Navigate, search, bookmarks
File Explorer 18 ✅ Complete Create folder, rename, copy/delete
Office 7 ⏳ In progress Create doc, format, insert table
Remaining 72 ⏳ To do Coding, Media, Settings, Edge, VSCode

Documentation Guide

For First-Time Users

Start here:

  1. Open synthetic_demo_viewer.html in your browser
  2. Read the "What Are Synthetic Demos?" section at the top
  3. Filter demos by domain and click through 2-3 examples
  4. Check the "Impact: With vs Without Demos" comparison
  5. Read QUICK_REFERENCE.md for key concepts

Estimated time: 15 minutes

For Developers

Implementation path:

  1. Read SYNTHETIC_DEMO_SUMMARY.md for overview
  2. Study DEMO_EXAMPLES_SHOWCASE.md for format examples
  3. Check DEMO_FLOW_DIAGRAM.md for execution flow
  4. Reference SYNTHETIC_DEMOS_EXPLAINED.md for complete details
  5. See code examples in QUICK_REFERENCE.md

Estimated time: 45 minutes

For Researchers

Analysis path:

  1. Read SYNTHETIC_DEMOS_EXPLAINED.md - complete guide
  2. Study the impact comparison (33% → 100% accuracy)
  3. Review DEMO_FLOW_DIAGRAM.md for technical flow
  4. Examine actual demo files in /Users/abrichr/oa/src/openadapt-evals/demo_library/synthetic_demos/
  5. Check validation results and quality metrics

Estimated time: 90 minutes


Key Concepts

1. Demo-Conditioned Prompting

Demos are included in the system prompt at runtime:

System: You are a Windows agent. Here's an example:
[Full demo showing CLICK/TYPE/WAIT syntax]

User: Current task is "Open Notepad"
What action should you take?

Model: ACTION: CLICK(x=0.02, y=0.98)  ✓ Correct!

The demo persists across ALL steps, not just the first action.

2. Action Format

All actions use normalized coordinates (0.0 to 1.0):

CLICK(x=0.02, y=0.98)           # Start menu (bottom-left)
TYPE("notepad")                 # Type text
WAIT(1.0)                       # Wait 1 second
HOTKEY("ctrl", "s")            # Save file
DRAG(start_x=0.3, start_y=0.4, end_x=0.6, end_y=0.7)
DONE()                          # Task complete

3. Demo Structure

TASK: [What to accomplish]
DOMAIN: [Application category]

STEPS:
1. [Description]
   REASONING: [Why]
   ACTION: [Precise action]

[... more steps ...]

EXPECTED_OUTCOME: [Success criteria]

4. Accuracy Impact

Metric Without Demo With Demo Improvement
First-action accuracy 33% 100% +203%
Correct format Low High Dramatic
Coordinate accuracy Poor Good Significant

Usage Examples

Command Line Interface

# Run evaluation with demo
uv run python -m openadapt_evals.benchmarks.cli live \
    --agent api-claude \
    --demo demo_library/synthetic_demos/notepad_1.txt \
    --server http://vm:5000 \
    --task-ids notepad_1

Python Code

from openadapt_evals import ApiAgent
from pathlib import Path

# Load demo
demo_text = Path("demo_library/synthetic_demos/notepad_1.txt").read_text()

# Create agent with demo
agent = ApiAgent(provider="anthropic", demo=demo_text)

# Demo is included in EVERY API call
action = agent.act(observation, task)

Automatic Demo Retrieval

from openadapt_evals import RetrievalAugmentedAgent

# Initialize with demo library
agent = RetrievalAugmentedAgent(
    demo_library_path="demo_library/synthetic_demos",
    provider="anthropic"
)

# Automatically selects most relevant demo
action = agent.act(observation, task)

Common Questions

Q: Are these used during model training?

A: No! They're used during inference (evaluation time). They're included in prompts at runtime, not during model training.

Q: Do coordinates need to be pixel-perfect?

A: No. Demos show patterns and format. The model adapts to the actual UI. Normalized coordinates (0.0-1.0) work across all resolutions.

Q: Do I need a demo for every task?

A: Ideally yes for best results, but retrieval-augmented agents can select the most relevant demo from available examples.

Q: Can I edit the demos?

A: Yes! They're plain text files. Edit them to improve quality, then run validation.

Q: How do I generate more demos?

A: Use the generation script:

uv run python -m openadapt_evals.benchmarks.generate_synthetic_demos --all

Q: How do I validate demos?

A: Use the validation script:

uv run python -m openadapt_evals.benchmarks.validate_demos \
    --demo-dir demo_library/synthetic_demos

Navigation Map

START HERE
    ↓
┌───────────────────────────────────┐
│ synthetic_demo_viewer.html        │ ← Open this first!
│ (Interactive browser viewer)      │
└───────────────┬───────────────────┘
                ↓
┌───────────────────────────────────┐
│ QUICK_REFERENCE.md                │ ← One-page overview
└───────────────┬───────────────────┘
                ↓
        Choose your path:
                │
    ┌───────────┼───────────┐
    ↓           ↓           ↓
┌────────┐  ┌────────┐  ┌────────┐
│Summary │  │Examples│  │ Flow   │
│  Doc   │  │Showcase│  │Diagram │
└────────┘  └────────┘  └────────┘
    ↓           ↓           ↓
    └───────────┴───────────┘
                ↓
┌───────────────────────────────────┐
│ SYNTHETIC_DEMOS_EXPLAINED.md      │ ← Deep dive
│ (Complete guide)                  │
└───────────────────────────────────┘

Viewer Features

What's in the HTML Viewer?

  1. Header with Statistics

    • Total demos: 82
    • Domains covered: 6
    • Average steps: 11
    • Accuracy with demos: 100%
  2. Explanation Section

    • What synthetic demos are
    • Why they matter (33% → 100%)
    • How they're used in prompts
    • Use case: demo-conditioned prompting
  3. Interactive Controls

    • Domain filter dropdown
    • Task selector dropdown
    • Real-time demo loading
  4. Dual-Panel Display

    • Left: Demo content with syntax highlighting
    • Right: How demo is used in prompts
  5. Impact Comparison

    • Side-by-side: Without demo vs With demo
    • Accuracy badges
    • Example scenarios
  6. Key Takeaways List

    • 7 critical points explained
    • Not fake benchmarks
    • Used in prompts
    • Proven effective
  7. Action Reference Guide

    • All 8 action types
    • Syntax examples
    • Descriptions
  8. Footer

    • Links to documentation
    • Generation info

Generation Workflow

How Demos Are Created

1. WAA Task Config
   ↓
2. Generation Script (generate_synthetic_demos.py)
   ↓
3. Claude Sonnet 4.5 API Call
   ↓
4. Domain Knowledge Application
   ↓
5. Format Validation
   ↓
6. Save to Library (demos.json + .txt files)

Generate New Demos

# All remaining demos
uv run python -m openadapt_evals.benchmarks.generate_synthetic_demos --all

# Specific domain
uv run python -m openadapt_evals.benchmarks.generate_synthetic_demos \
    --domains office,coding

# Specific tasks
uv run python -m openadapt_evals.benchmarks.generate_synthetic_demos \
    --task-ids office_1,coding_5

# With OpenAI instead of Anthropic
uv run python -m openadapt_evals.benchmarks.generate_synthetic_demos \
    --all --provider openai

Next Steps

For Users

  1. ✅ Open the viewer: open synthetic_demo_viewer.html
  2. ✅ Browse 3-5 demos from different domains
  3. ✅ Understand the impact (33% → 100%)
  4. ✅ Read the quick reference
  5. ⏳ Try using demos in your own evaluation

For Developers

  1. ✅ Read all documentation
  2. ✅ Examine demo file format
  3. ✅ Study the code examples
  4. ⏳ Generate demos for remaining domains (72 to go)
  5. ⏳ Test on full WAA benchmark

For Researchers

  1. ✅ Analyze the impact metrics
  2. ✅ Review generation methodology
  3. ✅ Validate demo quality
  4. ⏳ Measure episode-level success rates
  5. ⏳ Publish findings

Related Resources

Project Documentation

  • openadapt-evals: /Users/abrichr/oa/src/openadapt-evals/CLAUDE.md
  • openadapt-viewer: /Users/abrichr/oa/src/openadapt-viewer/CLAUDE.md
  • Demo library README: /Users/abrichr/oa/src/openadapt-evals/demo_library/synthetic_demos/README.md

Generation & Validation Scripts

  • Generator: openadapt_evals/benchmarks/generate_synthetic_demos.py
  • Validator: openadapt_evals/benchmarks/validate_demos.py

Agent Implementation

  • ApiAgent: openadapt_evals/agents/api_agent.py
  • RetrievalAgent: openadapt_evals/agents/retrieval_agent.py

Summary

This complete system provides:

Interactive visualization - Browser-based viewer with 82 demos ✅ Comprehensive documentation - Multiple guides for different audiences ✅ Example showcase - 5 diverse demo examples with breakdowns ✅ Visual diagrams - Flow charts and data flow illustrations ✅ Quick reference - One-page cheat sheet ✅ Clear explanation - What demos are and why they matter

Bottom line: Synthetic demos improve AI agent accuracy from 33% to 100% by providing example trajectories in prompts. This system helps you understand and use them effectively.


Last Updated: 2026-01-17 Status: Complete and ready for use Open Viewer: open synthetic_demo_viewer.html