General publication template, with some quality-of-life features. The main objective is to easily interchange between:

1. The main manuscript/SI file, written in Latex
2. A host of other formats:
   • PDF, compiling Latex for final manuscripts
   • DOCX, for sharing with collaborators
   • HTML, for online publishing on a static website

The Latex manuscript can also be stripped and simplified for a 1-file submission to a journal accepting this format. Check out the PDF manuscript and its SI.

As much as Markdown has made strides towards scientific notation, referencing and formatting, I found that there is no current substitute for LaTeX when it comes to academic publications. Moreover, most journals only accept LaTeX as an alternative format. As such we keep the main file in TeX.

However, there's no denying that LaTeX is antiquated when it comes to reframing the content into other formats (such as the commonly used Microsoft Word), nor is it very good for making documents compatible with the Web (searchable text, different screen sizes, etc). To perform this conversion, we use the excellent Pandoc.

Pandoc's "main" markup language is Markdown. As such, conversion has two steps: a lossy conversion from tex to md (technically to Pandoc AST), followed by the translation of this intermediate file to any other required format.

• latexmk - for pdf compilation
• python3.6+ - for running consolidations scripts
• git-latexdiff - for pdf diffs
• pandoc - for conversion to html/docx/odt/md
• inkscape - converting any svgs to png/pdf

This project relies on the following folder organisation:

├─ Makefile             # makefile for building
├─ manuscript.tex       # manuscript file (!do not add content here)
├─ manuscript-si.tex    # SI manuscript file (!do not add content here)
├─ manuscript-pd.tex    # special pandoc manuscript file (!do not add content here)
│
├───docs                # main manuscript .tex files (!content goes here)
│   └───SI              # manuscript SI .tex files (!SI content goes here)
├───figs                # manuscript figures
├───refs                # bibtex references
├───scripts             # general scripts live here 
│   └───pandoc-scholar  # custom fork of `pandoc-scholar`
└───templates           # latex/doc templates
    ├───acs             # ACS Latex template
    ├───els             # Elsevier Latex template
    ├───pandoc          # pandoc templates
    ├───pi              # personal latex template
    └───rsc             # RSC Latex template

Following make commands are available:

make build : will use latexmk to compile the manuscript and SI make svg2fig : will use inkscape to convert svg to png+pdf make tex2md : convert tex manuscript to markdown for a pandoc make diff : convert tex manuscript to markdown for a pandoc make submit-condense : condense the manuscript into one single file/folder for journal submission make submit-zip : zip all needed files from previous step make submit-clean : delete all files from condensing command

A clean and modern paper template, which would not look out of place in a contemporary academic journal. The template class itself is a submodule which can be found in another repo

Template options include:

• One or two column display with the twocolumn switch.
• Include a table of contents "highlight" image, with the toc switch.
• Academic affiliation in a footnote (standard) or below the authors in the title, with the affiltop switch.
• Line numbering for revisions with the lineno switch.
• Format change for communication or review-type articles with the commun and review switches.
• An option to generate a Supplemental Information PDF, by creating a separate file and using the SI class switch. The figures and tables in the SI can then be referenced in the main manuscript. Warning: you should compile the SI first!

The default template can be switched to other templates for common journals (such as RSC, Elsevier and ACS). In the manuscript.tex file, the \style{} command controls this.

A single file exists for storing all metadata ./templates/metadata. Once declared here, they will be used in all individual templates.

Python scripts are provided to merge all latex files in a single file and then archive it alongside data, figures and references, often the choice for most journals. The scripts are not foolproof, but should work for most cases. Three scripts are provided with the following roles:

• condense will join all files in a single TEX file, remove any non-essential code, then create a directory ./processed/ with the only the basic files needed to compile the PDF.
• zip will create an archive with the basic project files in the ./processed/ directory. No PDF files will be included!
• clean will delete all the output of the above scripts.

PDFs which show differences between current and previous manuscript state can be generated using git-latexdiff, which is a layer of abstraction around git and latexdiff. For example:

git latexdiff master HEAD --main manuscript.tex --pdf-viewer sumatrapdf --latexmk

Q: You could have done it this way / it is not efficient / it is not standard.

A: Latex is a nightmare to code and I am not good at it. Let me know if you have a better solution!

Q: It doesn't work!.

A: I would be surprised if it does work.

Q: It erased my Nature paper!

A: Always have a backup.

Q: Why python?

A: Cross-compatible and easy. Also, I know python.

Q: Why use a custom solution and not latexpand?

A: Expanding is just one of the steps, it was easier to code from scratch.

Q: Why not code this feature ...

A: PRs welcome