![]() In the 2000s and 2010s, interest on interactive editing of structured text encouraged the development of programs intended for scholars in the humanities an example of this is CWRC-Writer, a visual XML editor with "Close-to-WYSIWYG editing and enrichment of scholarly texts with meaningful visual representations of markup". The editor provides high-quality typesetting algorithms and TeX and other fonts for publishing professional looking documents.Īs a structured WYSIWYG editor and document preparation system, TeXmacs is similar to earlier structured document editors, such as Interleaf (first release 1985), Framemaker (1986), SoftQuad Author/Editor (1988), Lilac, Grif (1991), and Thot there was also academic research into interactive editing of complex typographical constructs represented logically. New document styles can be created by the user. ![]() The program produces structured documents with a WYSIWYG user interface. It is written and maintained by Joris van der Hoeven and a group of developers. It originated as a variant of GNU Emacs with TeX functionalities, though it shares no code with those programs, while using TeX fonts. GNU TeXmacs is a scientific word processor and typesetting component of the GNU Project. In any case I would be very happy about it. Scientific Word is free of cost but cannot calculate.Ĭan anyone who is good at programming get excited about the idea? I think the main work is the corresponding table TEX-Maxima. Scientific Workplace can additionally save in TEX, while Scientific Notebook saves the equations this way, but the whole file is not in TEX format. There are two more programs from MacKichan: Scientific Workplace and Scientific Word. To write Greek variables you can write for example for alpha: Ctrl+g a or Ctrl+alpha, the small gamma with Ctrl+g g or Ctrl+gamma, the large gamma with Ctrl+Gamma, the multiplication point with Ctrl+., arrow to the right with Ctrl+s 1 and the approximately sign with Ctrl+s w. The Greek letters and many symbols are accessible via short-cuts. The user can call most commands with short-cuts and also select them from menus.Ĭalculations can also be selected via the Compute menu and then the following: The file is saved and the corresponding text block looks like this: 10 Strg+↑ -3 → ume Ctrl+↑ 2 → → menu Compute Simplify Menu square brake menu Matrix Rows: 2 Columns: 2 a → b ↓ d ← ← c → → → → Ctrl+↑ -1 → Ctrl+e enterĬtrl+f 50uN umme Ctrl+↑ 2 → ↓ 25 Ctrl+. This document in Scientific Notebook (Display.png) is generated as follows:Ĭtrl+i Ctrl+↓ 1 → Ctrl+↑ 2 → xdx Ctrl+e enter I would like to explain briefly by means of an example, how the data input in Scientifc Notebook works, how it is displayed and how the saved files look like. Essentially the translation of the formulas from TEX to Maxima is missing. ![]() I think with TeXmacs and Maxima there is already a good basis for such a program. If someone would manage to transfer this concept to TeXmacs with Maxima, it would result in a mathematics program without competition. The user does not need any TEX knowledge or MuPAD knowledge for the calculations, but the dokument always looks excelent. ![]() It obviously contains an interpreter that translates the TEX syntax into a MuPad syntax, performs calculations and displays the result back in TEX. The program uses TEX to display the files and also to save them. It uses an interface to the computer algebra software MuPad. It works as I imagine it should, however the manufacturer MacKichan Software has gone out of business ( ) and furthermore the software is proprietary. How I come up with it: I have been using the Scientific Notebook program for about 25 years. I would like to suggest using texmacs as a graphical interface for Maxima.
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