docxlatex 1.2.3

API

Usage is straightforward. For almost all cases you will only need the Document class.

from docxlatex import Document

Create a Document object by giving it the path to a .docx file, a path-like object, or a file-like object, and call the get_text() method:

doc = Document("path/to/your/document.docx")
text = doc.get_text()
equations = doc.equations # A list of strings containing the LaTeX code of the equations
print(equations)

CLI

docxlatex also provides a CLI for quick extraction of text and equations from .docx files. You can use it as follows:

$ docxlatex path/to/your/document.docx

It also provides some options to customize the output:

$ docxlatex --help
usage: docxlatex [-h] [--op OP] [--xml] [-l] ip

positional arguments:
  ip          An absolute or relative path to the input .docx file

options:
  -h, --help  show this help message and exit
  --op OP     An absolute or relative path to the output file (defaults to stdout)
  --xml       Dump the document's XML instead of converting to text
  -l          Specifies that the document has been converted to "Linear" format

API

Here is a simple example of how an equation is extracted from a .docx file containing the Fourier series equation:

Using the API as shown above:

from docxlatex import Document
doc = Document("./fourier_series.docx")
text = doc.get_text()
print(text)

This will output:

$ f\left( x \right)={a}_{0}+\sum_{n=1}^{∞}{\left( {a}_{n}\cos_{}^{}{\frac{nπx}{L}}+{b}_{n}\sin_{}^{}{\frac{nπx}{L}} \right)} $

CLI

Here is how you can use the CLI on the same file:

$ docxlatex ./fourier_series.docx

This will output the same LaTeX code to the console:

$ f\left( x \right)={a}_{0}+\sum_{n=1}^{∞}{\left( {a}_{n}\cos_{}^{}{\frac{nπx}{L}}+{b}_{n}\sin_{}^{}{\frac{nπx}{L}} \right)} $