5 Best Ways to Create Microsoft Word Paragraphs and Insert Images in Python

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πŸ’‘ Problem Formulation: When working with document automation or report generation, developers often need to create Microsoft Word documents programmatically. Let’s explore how Python can be used to generate paragraphs and embed images in a .docx file, transforming raw text and image file paths into a formatted Word document with visual and textual content.

Method 1: Using python-docx

The python-docx library is a powerful Python library for creating, updating, and manipulating Word documents. It allows for the insertion of paragraphs, images, and other content into documents with ease.

Here’s an example:

from docx import Document
from docx.shared import Inches

document = Document()
document.add_paragraph('Hello, Word!')
document.add_picture('example.jpg', width=Inches(4.0))

Output: A Word document named ‘demo.docx’ with a paragraph containing ‘Hello, Word!’ and an image ‘example.jpg’ resized to four inches wide.

This code snippet creates a new Word document, adds a paragraph with text, inserts an image with a specified width, and saves the document.

Method 2: Using comtypes

For those needing to interact with Word through OLE automation, comtypes can automate the Word application on Windows. This method provides extensive control over Word but requires Windows with Word installed.

Here’s an example:

from comtypes.client import CreateObject
from comtypes.gen import Word

word_app = CreateObject('Word.Application')
doc = word_app.Documents.Add()
range = doc.Range(0,0)
range.Text = "Here's some text in Word!"
word_app.Visible = True # Makes the Word application visible.

Output: A Word application window opens displaying the text and the image.

The provided code uses COM to open Word, add a new document, insert text and an image, and finally, set the visibility of the Word application so that the user can see it.

Method 3: Using win32com

The win32com Python library provides a means to call COM automation clients, similar to comtypes. It’s another method to script Microsoft Office applications on Windows platforms.

Here’s an example:

import win32com.client as win32

word_app = win32.Dispatch('Word.Application')
doc = word_app.Documents.Add()
word_app.Selection.TypeText('Adding text to Word via win32com!')
word_app.Visible = True

Output: An open Word window will display that includes the typed text and inserted image.

This example demonstrates using win32com to manipulate the Word application, to input text at the current selection, add an image, and display the application visibly to the user.

Method 4: Using PyWin32

PyWin32 is another library for advanced Windows-specific integration which facilitates access to the Win32 API, including the automation of Microsoft Office applications.

Here’s an example:

import win32com.client as win32

word_app = win32.gencache.EnsureDispatch('Word.Application')
doc = word_app.Documents.Add()
doc.Content.Text = "This integrates Word with PyWin32."
word_app.Visible = True

Output: The visible Word window contains the document text and the inserted image.

The code above initiates Word, creates a document, sets the document content, inserts an image into the content, and then displays the Word window to the user using PyWin32.

Bonus One-Liner Method 5: Using subprocess (for Linux/macOS)

On Linux or macOS, you can use the subprocess module to run LibreOffice or OpenOffice command-line tools to convert an odt file to docx after editing it using Python for text and images insertion.

Here’s an example:

import subprocess

subprocess.run(['soffice', '--headless', '--convert-to', 'docx', '--outdir', '/path/to/output', '/path/to/input.odt'])

Output: A converted ‘input.docx’ file in the specified output directory.

This one-liner runs a LibreOffice conversion command using subprocess to convert an OpenDocument Text file to a Word document, presuming that the text and images are already inserted into the odt file.


  • Method 1: python-docx. Independent of word processors. Requires knowledge of library API. Cannot manipulate existing Word instances.
  • Method 2: comtypes. Tight integration with Word. Full feature access. Windows only and requires Word to be installed.
  • Method 3: win32com. Similar to comtypes with a slightly different interface. Windows only and necessitates Word installation.
  • Method 4: PyWin32. Robust Windows-centric library. Full-fledged automation capabilities. Limited to Windows with a Word dependency.
  • Bonus Method 5: subprocess with LibreOffice/OpenOffice. Useful for Linux/macOS systems. Dependent on having these alternative office suites installed.