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open-parse
Improved file parsing for LLM’s
Stars: 2387
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Open Parse is a Python library for visually discerning document layouts and chunking them effectively. It is designed to fill the gap in open-source libraries for handling complex documents. Unlike text splitting, which converts a file to raw text and slices it up, Open Parse visually analyzes documents for superior LLM input. It also supports basic markdown for parsing headings, bold, and italics, and has high-precision table support, extracting tables into clean Markdown formats with accuracy that surpasses traditional tools. Open Parse is extensible, allowing users to easily implement their own post-processing steps. It is also intuitive, with great editor support and completion everywhere, making it easy to use and learn.
README:
Easily chunk complex documents the same way a human would.
Chunking documents is a challenging task that underpins any RAG system. High quality results are critical to a sucessful AI application, yet most open-source libraries are limited in their ability to handle complex documents.
Open Parse is designed to fill this gap by providing a flexible, easy-to-use library capable of visually discerning document layouts and chunking them effectively.
How is this different from other layout parsers?
Text splitting converts a file to raw text and slices it up.
- You lose the ability to easily overlay the chunk on the original pdf
- You ignore the underlying semantic structure of the file - headings, sections, bullets represent valuable information.
- No support for tables, images or markdown.
There's some of fantastic libraries like layout-parser.
- While they can identify various elements like text blocks, images, and tables, but they are not built to group related content effectively.
- They strictly focus on layout parsing - you will need to add another model to extract markdown from the images, parse tables, group nodes, etc.
- We've found performance to be sub-optimal on many documents while also being computationally heavy.
-
🔍 Visually-Driven: Open-Parse visually analyzes documents for superior LLM input, going beyond naive text splitting.
-
✍️ Markdown Support: Basic markdown support for parsing headings, bold and italics.
-
📊 High-Precision Table Support: Extract tables into clean Markdown formats with accuracy that surpasses traditional tools.
-
🛠️ Extensible: Easily implement your own post-processing steps.
-
💡Intuitive: Great editor support. Completion everywhere. Less time debugging.
-
🎯 Easy: Designed to be easy to use and learn. Less time reading docs.
import openparse
basic_doc_path = "./sample-docs/mobile-home-manual.pdf"
parser = openparse.DocumentParser()
parsed_basic_doc = parser.parse(basic_doc_path)
for node in parsed_basic_doc.nodes:
print(node)
📓 Try the sample notebook here
Chunking documents is fundamentally about grouping similar semantic nodes together. By embedding the text of each node, we can then cluster them together based on their similarity.
from openparse import processing, DocumentParser
semantic_pipeline = processing.SemanticIngestionPipeline(
openai_api_key=OPEN_AI_KEY,
model="text-embedding-3-large",
min_tokens=64,
max_tokens=1024,
)
parser = DocumentParser(
processing_pipeline=semantic_pipeline,
)
parsed_content = parser.parse(basic_doc_path)
📓 Sample notebook here
Uses pydantic under the hood so you can serialize results with
parsed_content.dict()
# or to convert to a valid json dict
parsed_content.json()
Python 3.8+
Dealing with PDF's:
- pdfminer.six Fully open source.
Extracting Tables:
- PyMuPDF has some table detection functionality. Please see their license.
- Table Transformer is a deep learning approach.
- unitable is another transformers based approach with state-of-the-art performance.
pip install openparse
Enabling OCR Support:
PyMuPDF will already contain all the logic to support OCR functions. But it additionally does need Tesseract’s language support data, so installation of Tesseract-OCR is still required.
The language support folder location must be communicated either via storing it in the environment variable "TESSDATA_PREFIX", or as a parameter in the applicable functions.
So for a working OCR functionality, make sure to complete this checklist:
-
Install Tesseract.
-
Locate Tesseract’s language support folder. Typically you will find it here:
-
Windows:
C:/Program Files/Tesseract-OCR/tessdata
-
Unix systems:
/usr/share/tesseract-ocr/5/tessdata
-
macOS (installed via Homebrew):
- Standard installation:
/opt/homebrew/share/tessdata
- Version-specific installation:
/opt/homebrew/Cellar/tesseract/<version>/share/tessdata/
- Standard installation:
-
-
Set the environment variable TESSDATA_PREFIX
-
Windows:
setx TESSDATA_PREFIX "C:/Program Files/Tesseract-OCR/tessdata"
-
Unix systems:
declare -x TESSDATA_PREFIX=/usr/share/tesseract-ocr/5/tessdata
-
macOS (installed via Homebrew):
export TESSDATA_PREFIX=$(brew --prefix tesseract)/share/tessdata
-
Note: On Windows systems, this must happen outside Python – before starting your script. Just manipulating os.environ will not work!
This repository provides an optional feature to parse content from tables using a variety of deep learning models.
pip install "openparse[ml]"
Then download the model weights with
openparse-download
You can run the parsing with the following.
parser = openparse.DocumentParser(
table_args={
"parsing_algorithm": "unitable",
"min_table_confidence": 0.8,
},
)
parsed_nodes = parser.parse(pdf_path)
Note we currently use table-transformers for all table detection and we find its performance to be subpar. This negatively affects the downstream results of unitable. If you're aware of a better model please open an Issue - the unitable team mentioned they might add this soon too.
https://github.com/Filimoa/open-parse/tree/main/src/cookbooks
https://filimoa.github.io/open-parse/
Does your use case need something special? Reach out.
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crawlee
Crawlee is a web scraping and browser automation library that helps you build reliable scrapers quickly. Your crawlers will appear human-like and fly under the radar of modern bot protections even with the default configuration. Crawlee gives you the tools to crawl the web for links, scrape data, and store it to disk or cloud while staying configurable to suit your project's needs.
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sparrow
Sparrow is an innovative open-source solution for efficient data extraction and processing from various documents and images. It seamlessly handles forms, invoices, receipts, and other unstructured data sources. Sparrow stands out with its modular architecture, offering independent services and pipelines all optimized for robust performance. One of the critical functionalities of Sparrow - pluggable architecture. You can easily integrate and run data extraction pipelines using tools and frameworks like LlamaIndex, Haystack, or Unstructured. Sparrow enables local LLM data extraction pipelines through Ollama or Apple MLX. With Sparrow solution you get API, which helps to process and transform your data into structured output, ready to be integrated with custom workflows. Sparrow Agents - with Sparrow you can build independent LLM agents, and use API to invoke them from your system. **List of available agents:** * **llamaindex** - RAG pipeline with LlamaIndex for PDF processing * **vllamaindex** - RAG pipeline with LLamaIndex multimodal for image processing * **vprocessor** - RAG pipeline with OCR and LlamaIndex for image processing * **haystack** - RAG pipeline with Haystack for PDF processing * **fcall** - Function call pipeline * **unstructured-light** - RAG pipeline with Unstructured and LangChain, supports PDF and image processing * **unstructured** - RAG pipeline with Weaviate vector DB query, Unstructured and LangChain, supports PDF and image processing * **instructor** - RAG pipeline with Unstructured and Instructor libraries, supports PDF and image processing. Works great for JSON response generation
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hqq
HQQ is a fast and accurate model quantizer that skips the need for calibration data. It's super simple to implement (just a few lines of code for the optimizer). It can crunch through quantizing the Llama2-70B model in only 4 minutes! 🚀