If you deal with documents and images and want to save time on parsing, analyzing, or describing them, PyVisionAI is for you. It unifies multiple Vision LLMs (GPT-4 Vision, Claude Vision, or local Llama2-based models) under one workflow, so you can extract text and images from PDF, DOCX, PPTX, and HTML—even capturing fully rendered web pages—and generate human-like explanations for images or diagrams.

Why It’s Useful

• All-in-One: Handle text extraction and image description across various file types—no juggling separate scripts or libraries.
• Flexible: Go with cloud-based GPT-4/Claude for speed, or local Llama models for privacy.
• CLI & Python Library: Use simple terminal commands or integrate PyVisionAI right into your Python projects.
• Multiple OS Support: Works on macOS (via Homebrew), Windows, and Linux (via pip).
• No More Dependency Hassles: On macOS, just run one Homebrew command (plus a couple optional installs if you need advanced features).

Quick macOS Setup (Homebrew)

brew tap mdgrey33/pyvisionai brew install pyvisionai # Optional: Needed for dynamic HTML extraction playwright install chromium # Optional: For Office documents (DOCX, PPTX) brew install --cask libreoffice 

This leverages Python 3.11+ automatically (as required by the Homebrew formula). If you’re on Windows or Linux, you can install via pip install pyvisionai (Python 3.8+).

Core Features (Confirmed by the READMEs)

1. Document Extraction
   • PDFs, DOCXs, PPTXs, HTML (with JS), and images are all fair game.
   • Extract text, tables, and even generate screenshots of HTML.
2. Image Description
   • Analyze diagrams, charts, photos, or scanned pages using GPT-4, Claude, or a local Llama model via Ollama.
   • Customize your prompts to control the level of detail.
3. CLI & Python API
   • CLI: file-extract for documents, describe-image for images.
   • Python: create_extractor(...) to handle large sets of files; describe_image_* functions for quick references in code.
4. Performance & Reliability
   • Parallel processing, thorough logging, and automatic retries for rate-limited APIs.
   • Test coverage sits above 80%, so it’s stable enough for production scenarios.

Sample Code

from pyvisionai import create_extractor, describe_image_claude # 1. Extract content from PDFs extractor = create_extractor("pdf", model="gpt4") # or "claude", "llama" extractor.extract("quarterly_reports/", "analysis_out/") # 2. Describe an image or diagram desc = describe_image_claude( "circuit.jpg", prompt="Explain what this circuit does, focusing on the components" ) print(desc) 

Choose Your Model

• Cloud:export OPENAI_API_KEY=”your-openai-key” # GPT-4 Vision export ANTHROPIC_API_KEY=”your-anthropic-key” # Claude Vision
• Local:brew install ollama ollama pull llama2-vision # Then run: describe-image -i diagram.jpg -u llama

System Requirements

• macOS (Homebrew install): Python 3.11+
• Windows/Linux: Python 3.8+ via pip install pyvisionai
• 1GB+ Free Disk Space (local models may require more)

Want More?

• Official Site: pyvisionai.com
• GitHub: MDGrey33/pyvisionai – open issues or PRs if you spot bugs!
• Docs: Full README & Usage
• Homebrew Formula: mdgrey33/homebrew-pyvisionai

Help Shape the Future of PyVisionAI

If there’s a feature you need—maybe specialized document parsing, new prompt templates, or deeper local model integration—please ask or open a feature request on GitHub. I want PyVisionAI to fit right into your workflow, whether you’re doing academic research, business analysis, or general-purpose data wrangling.

Give it a try and share your ideas! I’d love to know how PyVisionAI can make your work easier.