TeX Word understands a wide variety of graphics formats and displays them appropriately. For example, formatting long displayed equations so that they fit on the page is vastly simpler than it is in standard editors.īut there is much more to the program than that.
BAKOMA TEX REVIEW CODE
Without the need for repeatedly compiling your code and previewing it. Because you can edit the LaTeX code, you can include arbitrary TeX code and, if you wish, can pay attention to the fine points because you see exactly the LaTeX output, you can easily make your document the way you want it The program has to run the current page through TeX after every keystroke you type, but with modern processors it can do so instantly I have been unable to out-type it. (Right-click on the image and choose to view the image to see an enlargement.) On the right-hand monitor the source is in the (larger) upper window, and LaTeX's log report is in the lower window.
BAKOMA TEX REVIEW FULL
If you have two monitors in "portrait" orientation beside each other, you can see a full page of your typeset file on one monitor and the LaTeX code on the other monitor-and edit your document on either monitor. It is a stunning achievement, a huge step forward in LaTeX-editing technology. It is truly WYSIWYG-the output window displays precisely the LaTeX output-and it is truly a LaTeX editor-the input file is a LaTeX file, without any need for conversion. Or if you prefer, type in the output window! As the author says, BaKoMa TeX Word is a true WYSIWYG LaTeX editor: Type in the code window and the output window instantly updates. Not an approximation of the output, but the exact output. In one window you have the LaTeX code, in another window the output. I have not used it.)Įnter BaKoMa TeX Word. (Another editor in the same class is LyX (free), which uses its own file format, necessitating the import and export of LaTeX files. The invisibility of the LaTeXĬode also makes it easy to ignore the fine points of LaTeX, and can generate documents that are almost as ugly as those produced by mathematically-naïve word processors. In addition, you see only an approximation of the LaTeX output, making it difficult, for example, to see whether long expressions fit in displayed equations. That means that you're limited in the LaTeX you can create. You can't, within Scientific Word, see or directly edit the LaTeX code you create as you type and click. As in the text editors with syntax highlighting, you click buttons or press special key combinations to get mathematical symbols, but instead of seeing the LaTeX code, you see an approximation of the LaTeX output. Scientific Word looks much like a standard "word processor". In the absence of a friendlier interface, LaTeX wouldn't be so widely-used, at least not by economists. Worse still, if you make an error-perhaps even a small one-TeX may refuse to process your file, generating an error-message that may or may not make sense, in which case you need to go back to your code to see what exactly is wrong. Through TeX at least occasionally to check that the output looks the way you want it. You need to type \int_0^\infty\frac), and probably need to run your text file The problem is that your TeX file is hard to interpret. You create a text file, run it through TeX, and out pops a document in which all the math is beautifully formatted. The only way to produce good-looking documents containing mathematics is to use TeX.
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