The American Mathematical Society (AMS) even has its own set of extensions, renamed AMS-LaTeX, which contributors use to create articles for its journal. It has been used to typeset numerous science, mathematics, and engineering journals and publications over the years. LaTeX was among the first typesetting programs to support the generation of complex mathematical equations. Although there are presently software programs that assist in automating the creation of LaTeX documents, this type of typesetting still requires a working knowledge of LaTeX. Due to the fact that LaTeX typesetting involves wrapping text in complex computer rules (markup code), it has a relatively steep learning curve. When a LaTeX processor is used to process the file, typeset pages are generated. The process of creating a LaTeX manuscript begins with a text file containing content that has been tagged with special LaTeX codes that specify how the text will be styled. This feature helped to establish LaTeX’s popularity among scientists and engineers.

Since LaTeX is an extension to the TeX typesetting system, it inherits TeX’s ability to typeset complex mathematical equations. LaTeX was designed to make it easier for TeX users to create general-purpose books and articles. LaTeX is a free software package developed in 1985 as an extension to the TeX typesetting system by American computer scientist Leslie Lamport. For those who work with scientific papers and publishing, particularly those who work with a lot of mathematical equations, LaTeX text editors are pretty much the industry standard. LaTeX, which is quite comparable to HTML in terms of formatting, is one of the most widely used text editors in academia. LaTeX (pronounced Lay-tek) is a markup-level text editing tool that separates the process of word formatting from the task of content entry. Best LaTex Editor Software for Researchers.Why you Should Learn to Use LaTex for Manuscript Preparation.A Guide to Latex Editors for Academic Researchers.

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