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Tag 11.0.0
Committed At 2020-03-07 09:19:13 UTC

Modules

    README

    MiniLaTeX

    The MiniLatex package renders a subset of LaTeX to Html. For a demo, see MiniLatex Live or www.knode.io. There is a technical discussion in the see the Hackernoon article, Towards LaTeX in the Browser.

    Example

    import MiniLatex
    import MiniLatex.Render exposing(MathJaxRenderOption(..))
    
    
    text = "Pythagoras says: $a^2 + b^2 = c^2$"
    
    macros = "" -- your macro definitions
    
    MiniLatex.render NoDelay macros text
    
    

    See the code in ./example

    NOTE: (a) macro definitions can be either the empty string or a multiline string of definitions. (b) With the transition to MathJax 3, macro definitions are not working. I will have a fix soon.

    For interactive editors and live rendering, you may want to use the functions in MiniLaTeX.Edit. For an example of how this is done, see the code in ./demo

    This release

    • Changed MiniLatex.Edit.get so as to be able to highlight paragraphs in the rendered tex. There are two parts to this. First, when get retrieves rendered text from a Data value, it adds click handlers to each paragraph. When a paragraph is clicked, it sends the message IDClicked id, where a typical ID is a string like "p.1.10", meaning paragaph 10, version 1. The version of a paragraph is incremented when it is edited. Second, a call to MiniLatex.Edit.get takes the form get selectedId data. If the selectedId is found in the data, the corresponding paragraph is highlighted. The get function is used in conjunction with a host app to synchronize source and rendered text.

    • Both math-mode and text-mode macros can be defined in the source text using \begin{mathmacro} ... \end{mathmacro} and \begin{textmacro} ... \end{textmacro}

    Recent releases

    • New method for using math-mode macros. See MiniLaTeX Demo, section on math-mode macros.

    • Added a source map. This is a dictionary whose keys are pieces of source text and whose values are the ids of the corresponding rendered text. With a little more work, this will allow one to have bidirectional sync between source and rendered text: click on something in one to bring the corresponding part of the other into focus.

    • Better LaTeX error reporting (to be still further improved).

    • The below is used to optimize rendering by MathJax

        type MathJaxRenderOption = Delay | NoDelay
      

      This is necessitated by the single-threaded nature of Javascript.

    Acknowledgments

    I wish to acknowledge the generous help that I have received throughout this project from the community at elmlang.slack.com, with special thanks to Evan Czaplicki, Ilias van Peer, and Luke Westby. I also wish to thank Davide Cervone (MathJax.org) for indispensible help with MathJax.