Convert Latex Code To Word

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Tina Popielarczyk

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Aug 3, 2024, 5:02:16 PM8/3/24

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You didn't specify what the contents of your table are (text? numbers? is it formatted with tabs or spaces to make to code look good?), but I would copy/paste the table in Excel.I would then use the "Text to Columns" tool under the "Data" tab and specify & as field separator.Having the table correctly formatted in Excel should make it easy to import it in Word or Powerpoint.

I believe that opening your pdf with Word and having it auto convert the pdf into a readable word document is the fastest and easiest method for converting a LaTeX table into a word or powerpoint table.However, for completeness an alternative method is: to File>From LaTeX code

Reminder:Keep your tex file as simple as possible.Bc Tex4ebook is not an omni-all-latex-handler, a multirow or a \bm environment is enough to break it, so just keep it simple.Consider creating a new tex file for table-converting purposes.

I also had a long-standing problem with word-to-latex and latex-to-word conversion. Finally, I soved this problem for my real life needs. I just asked the AI chatbots in Telegram. I asked them again and again until wrote two Word macros for word-to-latex and latex-to-word conversion. The table conversion latex-to-word is supported (be sure to move multicolumns out of tabular environment and rename tabularx to tabular). I want to share them with everyone who will find them useful.

Some remarks: For everyday needs I use MS Word 97, sometimes MS Word 2007. I write equations in MS Word EQ field codes. Something like eq \f(1;2) written in MS Word give me vertical fraction 1/2. Curved brackets actually is a field code brackets inserted by pressing Ctrl-F9. Professionally I still working at Windows XP (today is 26 June 2024), feel happy. Russian language settings of the system. On English language settings listing divisor is comma ",", while on Russian it is ";". So you see ";" in my example above. Unfortunately, Microsoft has discontinued support for the EQ field in Word2018 and later.

Obviosly, I don't give my files written in codes out. Who can understand them? For journals or conferences, I need to convert for something understandable for everyone: MS Equation 3.0, MathType, or Latex. Sometimes I need to convert from these common formats to MS EQ format I use.

MathType understands Word2007 and later, Mathematica, Latex, and Equation 3.0 and can convert them to Latex. So today I can convert Latex to MS EQ and MS EQ to Latex. The ring is finally closed. The source of my macros is here along with two test files Latex.doc and Word.doc): _m-m8fHQb_gkywKCL

To install it in Word just press Alt-F11 in Word. VBA project is opened. Find in left tree under bold Normal the Module "NewMacros" (or create it) and paste provided code to the end of the code window in the center. Save Normal.dot by pressing Ctrl-S or button with floppy disk icon. You can close VBA window.

To work with the macros, you need to switch the fields to codes (in Word Alt-F9 - switch back and forth). To see EQ field formulas on English language system settings you need to change listing divisor to ";".

I have a typical scientific manuscript in a LaTeX .tex file, and I need to convert it to MS Word .doc file. The reason for having to convert to MS Word is I'm submitting the manuscript to an academic journal and they only accept MS Word (I know...)

The manuscript includes title page, figures, tables, equations (inline and in their own align environment), footnotes, bibliography, and an annex. The tables are in their own separate tables.tex file, which I include using the \includetables command. Most tables take up a whole landscape page, and were generated sing the package pdflscape. I am using Windows 7 Professional.

My plan is to use pandoc to go from .tex to .odt, open the latter in Libre Office, and convert to .doc. I have read a related question but it is too general. Similarly the examples in the Pandoc website are too simple. I have played around but I am unable to accomplish what I want. This is surprising since converting a scientific manuscript is probably the most common use case for Pandoc. Here are some sample failures:

where figure1 is the name of a figure file (e.g. figure1.png) in the project folder referenced in a line as \includegraphics[width=5.8in]figure1. I suspect pandoc expects a .png extension but not sure how to provide it.

The program executes fine. I open HTML file. Footnotes are there but figures are missing, tables are displayed as LaTeX, bibliography is missing, in-line math displays well, but math in align environment does not, section labels are displayed, and some other minor issues.

Eventually, and surprisingly, I found the most satisfactory way to convert is to just open the PDF file in MS Word (2013 or newer), which retained most of the layout. Although you are gonna lose the hyperlinks of cross-references.

If you are set on using pandoc, the simplest solution may be to just identify environments and packages that cause trouble - and then not use them, or just type the offending stuff directly in to MS Word.

I've had a fair amount of luck with going to word documents using latex2rtf to create an .rtf that then gets converted, rather than going through pandoc. As I wrote in Hide output, but maintain the cross-references, my solution has been to put a very tight cap on the packages that are used when creating a tex document that you know will be converted. This is because a lot of problems with conversion from .tex to .rtf are caused by optional packages and environments that are not supported.

See for a demo of a class that gives you a file that can be converted with latex2rtf to .rtf and thus to .docx. Bonus: this class almost(!) gives you a tagged PDF that passes automated testing for tags (the fabled 508 compliance).

LaTeX2rtf is the easiest and fastest way to convert .tex files to .rtf that can be read by Microsoft Word. Using it is as simple as downloading the program, choosing your .tex file, and pressing run. A command window will open up to display the progress and warn of any errors. In most cases the default settings will be sufficient and despite errors it can usually output something useable.

Pandoc's LaTeX importer may not handle every input very well, but when you go via Pandoc's markdown format, which maps basically one-to-one to Pandoc's internal document representation, you have precise control over the output.

I write my APA6th papers with LaTeX and export them with all beauty to PDF. Normally this is all I need. Sometimes publisher ask for word files (the reason why I don't know...). So I was on the search to a decent pdf to word converter since simpletex4th has table issues and I need tables a lot. The only converter I am satisfied with is PDF to Word + by Lighten Software Limited for Mac. The docx generated has NO differences from the PDF output and is perfectly editable. This works much better than these tex to xxx converters. -to-word-converter-mac.html -to-word-converter.html

This should produce document.odt. You can convert this to Word using OpenOffice.org/LibreOffice. A short tutorial is here. Unfortunately, this may fail for long documents. Another option is to first compile with latex (not pdflatex) and then

For long documents, I have had good results by converting the output pdf to Word. There are quite a few pdf to Word converters.[Adobe Acrobat, online converters, of other freeware.] that work pretty well.

I've found this free online pdf converter to be superior to Word's PDF conversion tool. They both make a mess of equations, but pdf2docx retains document formatting and references much better than Word's conversion tool.

Indeed, there is almost a perfect way to do so. But you have to pay for that, the solution is Tex2Word. In order to get the best results, firstly you change to the the basic document class, e.g. article and avoid using self-defined styles. If you are using bibtex, then you just copy the content in bbl file to the tex file. Finally, open your tex file with MS Word (Yes! It is so easy!). All the equations, images and cross-references will be translated into MS word! The equations are native MS word equation or MathType rather than images. I would say that there is no better solution now.

All, I am still using the Mac version of Acrobat XI (version 11.0.23 -- but I don't think this matters). It does a very good job of duplicating the LaTeX produced pdf into Word. Does it look as good as the real thing? Noooo. Of course not. But it suffices. BUT, each time I do this, I write a personal note to the journal Editor (both Executive Editor and the Action Editor for my manuscript if these are different people) and explain the beauty and glory of LaTeX while urging them to bring this up with the publisher. Note that OverLeaf now provides a long list of journals that let you submit your .tex and all other necessary files directly from OL (you don't have to think about this, OL does the thinking for you). It works!

I write my homeworks in latex using exam.sty (makes creating key easy). My homeworks include figures and these are not well placed in the above solutions. I used to use GrindEq (it's a great product if you work in Windoze), but here's a solution that works for me on linux using docs.google.com website.

In older versions of Office, the Equation Editor can understand certain LaTeX components. However, it builds the equation as you go, and you cannot convert an entire LaTeX equation. See the second part of this answer if you are running:

There are some limitations. For example, the Office 365 Equation Editor does not understand the \begin and \end commands. See the Microsoft documentation for examples and possible workarounds:

Very few people realize that the built-in equation editor in Word 2007 actually understands LaTeX-style equation entry. Simply insert a new equation, and then type LaTeX into it. As you type, Word will build up a graphical representation of the equation.