Latexit history of the input3/2/2023 Change your approach to separate the LaTeX math from the normal text and figures, for example so that you are not trying to run an in-line mode of compilation over an entire paragraph of input.Learn LaTeX with a real LaTeX editor application, also learning how to put figures into the document.Create / find a (complex) macro that will do the above for you. Manually enter the text and LaTeX into Pages (or another program), switching each time between normal text and LaTeX.You are finding out that, when you work with components that have LaTeX, you have four options: The best option is to use a LaTeX application itself. The problem is that you are trying to compile LaTeX equations and normal text all at the same time. It is more of a problem with my LaTex code itself than a problem with the program. In particular, there was something I wasn't happy with about inline LaTex. I'm not really familiar with LaTeX so your suggestion to use a LaTeX compiler sounds to me like that could be the more straightforward approach. It seems to me that while KM can process text sequentially, it's not necessarily something that KM makes easy to do! But that's my take on it and I was wondering if there might be another, simpler approach that someone can suggest. That's a bird's-eye view of what's needed: I've already worked out how to identify where each LaTeX element is by locating the dollar signs (and therefore where each text element is) and written a macro to do that but the iterating loop that then extracts these elements turns out to be very fiddly. Repeat this until the end of the text buffer At each LaTeX, the command will have to open the equation editor in Pages, enter the text, and exit the editor (invoking it). The command will paste the regular text into Pages. If you commonly use math to communicate, we're confident that TeX Anywhere can make your life better.I might hazard a guess that the KM conversion will need a loop that pulls apart a sequences of (regular text + LaTeX) + (regular text + LaTeX) +. fully updated from iOS 13 including support for dark mode. options to export equations as images, PDF files or LaTeX code, and options to adjust an equation's font size, text color, and background (including transparency) allowing seamless integration of TeX Anywhere equations into existing documents, dozens of pre-defined macros covering mathematical operators, Greek letters, and symbols, a keyboard toolbar providing quick access to commonly used LaTeX syntax characters, TeX anywhere includes a number of advanced features designed to make creating and sharing LaTeX-formatted equations quick and easy. If the receiver of your message also has TeX Anywhere installed they can edit your equation, making TeX Anywhere a valuable collaboration tool. You can also send equations from within Messages. Once complete, an equation can be exported to other apps such as e-mail clients, word processors, or social media apps as images or PDF files. Equations are input using standard LaTeX syntax and rendered in real time. With TeX Anywhere you can quickly create and share beautifully formatted mathematical equations on your iPhone or iPad.
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