Optimize and compress files in Python

High-performance Python library to optimize file's content and size retaining the original quality and baseline data

Use our Document Optimization API to develop high-level, platform-independent software in Python. This is a powerful solution to reduce document and image size using Python.

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Compress Word documents in Python

Make large files smaller without loss of quality. Delete unnecessary and unused data. Shrink the size of Word and HTML files in Python. Our Python library provides developers with an integrated API to optimize documents in various formats.

This Python library is a stand-alone solution and doesn't require any third party software installed.

Reduce the size of Word and HTML files using Python

The maximum effect can be obtained by optimizing high-resolution images, as well as documents containing such images. Our Python library will help you to compress DOCX, DOC, RTF, ODT, EPUB, HTML, JPG, PNG files.

Optimization of documents without loss of quality made easy with 'Aspose.Words for Python via .NET'. The following example shows how to shrink the size of a Word document in Python:

Python code example to optimize file's content and size
Upload a file you want to optimize/compress
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Select the target format from the list
pip install aspose-words
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import aspose.words as aw

doc = aw.Document("Input.docx")
doc.cleanup()

shapes = [node.as_shape() for node in doc.get_child_nodes(aw.NodeType.SHAPE, True)]
for shape in shapes:
    if shape.isImage:
        # It's up to developer to choose the library for image compression.
        image = Image.open(shape.image_data.to_stream())

        # ...
        # Compress image and set it back to the shape.
        shape.image_data.set_image("yourCompressedImage")      

save_options = aw.saving.OoxmlSaveOptions
save_options.compression_level = aw.saving.CompressionLevel.MAXIMUM

doc.save("Output.docx", save_options)
import aspose.words as aw doc = aw.Document("Input.docx") doc.cleanup() shapes = [node.as_shape() for node in doc.get_child_nodes(aw.NodeType.SHAPE, True)] for shape in shapes: if shape.isImage: # It's up to developer to choose the library for image compression. image = Image.open(shape.image_data.to_stream()) # ... # Compress image and set it back to the shape. shape.image_data.set_image("yourCompressedImage") save_options = aw.saving.PdfSaveOptions save_options.cache_background_graphics = true doc.save("Output.docx", save_options) import aspose.words as aw doc = aw.Document("Input.docx") doc.cleanup() shapes = [node.as_shape() for node in doc.get_child_nodes(aw.NodeType.SHAPE, True)] for shape in shapes: if shape.isImage: # It's up to developer to choose the library for image compression. image = Image.open(shape.image_data.to_stream()) # ... # Compress image and set it back to the shape. shape.image_data.set_image("yourCompressedImage") doc.save("Output.docx") import aspose.words as aw doc = aw.Document("Input.docx") doc.cleanup() shapes = [node.as_shape() for node in doc.get_child_nodes(aw.NodeType.SHAPE, True)] for shape in shapes: if shape.isImage: # It's up to developer to choose the library for image compression. image = Image.open(shape.image_data.to_stream()) # ... # Compress image and set it back to the shape. shape.image_data.set_image("yourCompressedImage") save_options = aw.saving.OoxmlSaveOptions save_options.compression_level = aw.saving.CompressionLevel.MAXIMUM doc.save("Output.docx", save_options) import aspose.words as aw doc = aw.Document() builder = aw.DocumentBuilder(doc) shape = builder.InsertImage("Input.docx") save_options = aw.saving.ImageSaveOptions(aw.SaveFormat.DOCX) shape.get_shape_renderer().save("Output.docx", save_options) import aspose.words as aw renderer = aw.pdf2word.fixedformats.PdfFixedRenderer() pdf_read_options = aw.pdf2word.fixedformats.PdfFixedOptions() pdf_read_options.image_format = aw.pdf2word.fixedformats.FixedImageFormat.JPEG pdf_read_options.jpeg_quality = 50 with open ("Input.docx", 'rb') as pdf_stream: pages_stream = renderer.save_pdf_as_images(pdf_stream, pdf_read_options); builder = aw.DocumentBuilder() for i in range(0, len(pages_stream)): # Set maximum page size to avoid the current page image scaling. max_page_dimension = 1584 page_setup = builder.page_setup set_page_size(page_setup, max_page_dimension, max_page_dimension) page_image = builder.insert_image(pages_stream[i]) set_page_size(page_setup, page_image.width, page_image.height) page_setup.top_margin = 0 page_setup.left_margin = 0 page_setup.bottom_margin = 0 page_setup.right_margin = 0 if i != len(pages_stream) - 1: builder.insert_break(aw.BreakType.SECTION_BREAK_NEW_PAGE) save_options = aw.saving.PdfSaveOptions() save_options.cache_background_graphics = true builder.document.save("Output.docx", save_options) def set_page_size(page_setup, width, height): page_setup.page_width = width; page_setup.page_height = height;
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How to compress a file Word, PDF, GIF, ZIP Python

  1. Install Aspose.Words for Python via .NET.
  2. Add a library reference (import the library) to your Python project.
  3. Open the source file in Python.
  4. Compress documents and images without losing quality.
  5. Call the document_cleanup() method. The resulting code may vary depending on the input/output file formats.
  6. Get the result as a compressed file.

Python library to optimize and compress files

We host our Python packages in PyPi repositories. Please follow the step-by-step instructions on how to install "Aspose.Words for Python via .NET" to your developer environment.

System Requirements

This package is compatible with Python ≥3.5 and <3.12. If you develop software for Linux, please have a look at additional requirements for gcc and libpython in Product Documentation.

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