https://mklab.gr/ Thu, 29 Oct 2026 01:10:20 +0000 MyBB https://mklab.gr/showthread.php?tid=2035 Fri, 18 Sep 2026 17:47:50 +0300 mklabgr]]> https://mklab.gr/showthread.php?tid=2035 TeX Font Catalogue is a comprehensive online catalogue of fonts that can be used with TeX and LaTeX, maintained by the TeX Users Group (TUG). It organizes hundreds of fonts by categories and provides information such as font names, visual samples, licensing, supported encodings, and instructions for installing and using each font in LaTeX. The catalogue is particularly useful for authors and researchers who want to move beyond standard LaTeX fonts and choose typefaces suitable for mathematical documents, books, presentations, or other publications; many entries also provide the relevant LaTeX packages and example commands needed to use the fonts. 

CATALOGUE]]> TeX Font Catalogue is a comprehensive online catalogue of fonts that can be used with TeX and LaTeX, maintained by the TeX Users Group (TUG). It organizes hundreds of fonts by categories and provides information such as font names, visual samples, licensing, supported encodings, and instructions for installing and using each font in LaTeX. The catalogue is particularly useful for authors and researchers who want to move beyond standard LaTeX fonts and choose typefaces suitable for mathematical documents, books, presentations, or other publications; many entries also provide the relevant LaTeX packages and example commands needed to use the fonts. 

CATALOGUE]]> https://mklab.gr/showthread.php?tid=1983 Tue, 15 Sep 2026 18:54:26 +0300 mklabgr]]> https://mklab.gr/showthread.php?tid=1983 “ChatGPT 101 for LaTeX users” describes his early experience using ChatGPT to support LaTeX work, particularly while considering an update to his More Math into LaTeX book. He demonstrates practical uses such as explaining LaTeX commands, troubleshooting errors, improving grammar and style, and generating examples. A central message is that ChatGPT becomes much more useful when the user asks clear, specific, contextual questions and treats the interaction as an iterative conversation rather than expecting a perfect answer from a single prompt. 

At the same time, Grätzer emphasizes the serious limitations of early ChatGPT. He gives several examples of hallucinations, including incorrect bibliographic information and LaTeX programs that look plausible but fail to compile. His experiments with GPT-based programming assistants similarly show that apparently elegant code can be technically wrong. The article therefore presents ChatGPT primarily as a powerful assistant rather than an authoritative source:

 it can dramatically accelerate writing, LaTeX, programming, and research-related tasks, but its output must be tested and verified. Grätzer concludes that mathematicians should explore these tools thoughtfully while remaining aware of their limitations.

ARTICLE [PDF]]]> “ChatGPT 101 for LaTeX users” describes his early experience using ChatGPT to support LaTeX work, particularly while considering an update to his More Math into LaTeX book. He demonstrates practical uses such as explaining LaTeX commands, troubleshooting errors, improving grammar and style, and generating examples. A central message is that ChatGPT becomes much more useful when the user asks clear, specific, contextual questions and treats the interaction as an iterative conversation rather than expecting a perfect answer from a single prompt. 

At the same time, Grätzer emphasizes the serious limitations of early ChatGPT. He gives several examples of hallucinations, including incorrect bibliographic information and LaTeX programs that look plausible but fail to compile. His experiments with GPT-based programming assistants similarly show that apparently elegant code can be technically wrong. The article therefore presents ChatGPT primarily as a powerful assistant rather than an authoritative source:

 it can dramatically accelerate writing, LaTeX, programming, and research-related tasks, but its output must be tested and verified. Grätzer concludes that mathematicians should explore these tools thoughtfully while remaining aware of their limitations.

ARTICLE [PDF]]]> https://mklab.gr/showthread.php?tid=1862 Sun, 06 Sep 2026 00:02:08 +0300 mklabgr]]> https://mklab.gr/showthread.php?tid=1862 Author: Md. Fahim Bin Amin
Publication date: February 25, 2025
Publisher: freeCodeCamp
Topic: LaTeX, Windows, VS Code, MiKTeX, academic writing

The article explains how to create a completely local LaTeX environment on Windows, avoiding the limitations of browser-based platforms such as Overleaf. A local setup is particularly useful for large academic and technical projects because compilation happens directly on the computer without online restrictions. Version control and collaboration can still be handled through Git, GitHub, or GitLab.

The recommended setup consists of VS Code, MiKTeX, Strawberry Perl, and the LaTeX Workshop extension. MiKTeX provides the LaTeX compiler and package management system, while Strawberry Perl supplies Perl functionality required by some LaTeX tools. LaTeX Workshop integrates compilation, PDF preview, navigation, and source synchronization directly into VS Code. The Rewrap extension is also recommended for managing long lines in LaTeX source files.

After configuration, LaTeX documents can be compiled directly from VS Code. MiKTeX can automatically install missing packages, and the generated PDF can be viewed inside the editor. Source-to-PDF synchronization makes it easy to move between the LaTeX code and the corresponding position in the final document. Combined with Git, this creates a powerful free alternative to Overleaf for mathematical writing, scientific papers, lecture notes, theses, and other large LaTeX projects.

Key takeaways

• Main setup: VS Code + MiKTeX + Strawberry Perl + LaTeX Workshop
  
• LaTeX projects can be written and compiled entirely locally
  
• MiKTeX can automatically install missing packages
  
• VS Code can display and synchronize the PDF with the LaTeX source
  
• Git and GitHub can provide version control and collaboration
  
• The setup is especially useful for mathematics, scientific writing, lecture notes, and theses
  

ARTICLE /ARTICLE [PDF]]]> Author: Md. Fahim Bin Amin
Publication date: February 25, 2025
Publisher: freeCodeCamp
Topic: LaTeX, Windows, VS Code, MiKTeX, academic writing

The article explains how to create a completely local LaTeX environment on Windows, avoiding the limitations of browser-based platforms such as Overleaf. A local setup is particularly useful for large academic and technical projects because compilation happens directly on the computer without online restrictions. Version control and collaboration can still be handled through Git, GitHub, or GitLab.

The recommended setup consists of VS Code, MiKTeX, Strawberry Perl, and the LaTeX Workshop extension. MiKTeX provides the LaTeX compiler and package management system, while Strawberry Perl supplies Perl functionality required by some LaTeX tools. LaTeX Workshop integrates compilation, PDF preview, navigation, and source synchronization directly into VS Code. The Rewrap extension is also recommended for managing long lines in LaTeX source files.

After configuration, LaTeX documents can be compiled directly from VS Code. MiKTeX can automatically install missing packages, and the generated PDF can be viewed inside the editor. Source-to-PDF synchronization makes it easy to move between the LaTeX code and the corresponding position in the final document. Combined with Git, this creates a powerful free alternative to Overleaf for mathematical writing, scientific papers, lecture notes, theses, and other large LaTeX projects.

Key takeaways

• Main setup: VS Code + MiKTeX + Strawberry Perl + LaTeX Workshop
  
• LaTeX projects can be written and compiled entirely locally
  
• MiKTeX can automatically install missing packages
  
• VS Code can display and synchronize the PDF with the LaTeX source
  
• Git and GitHub can provide version control and collaboration
  
• The setup is especially useful for mathematics, scientific writing, lecture notes, and theses
  

ARTICLE /ARTICLE [PDF]]]> https://mklab.gr/showthread.php?tid=1657 Mon, 17 Aug 2026 19:08:35 +0300 mklabgr]]> https://mklab.gr/showthread.php?tid=1657 Summary

The Latex Project is the official home of LaTeX, the free and open-source document preparation system that has become the standard for creating scientific, technical, and mathematical documents. Developed originally by Leslie Lamport and built on Donald E. Knuth’s TeX system, LaTeX enables users to produce professionally typeset documents with complex formulas, bibliographies, figures, and structured layouts. 

The website provides downloads and installation instructions for all major platforms, extensive documentation and learning resources, release news, support information, and details about the ongoing LaTeX3 effort, which aims to modernize the system while maintaining compatibility with existing documents. It also serves as the central hub for the volunteer team that maintains and develops LaTeX, ensuring its continued role as a cornerstone of academic and technical publishing worldwide. 

LATEX PAGE]]> Summary

The Latex Project is the official home of LaTeX, the free and open-source document preparation system that has become the standard for creating scientific, technical, and mathematical documents. Developed originally by Leslie Lamport and built on Donald E. Knuth’s TeX system, LaTeX enables users to produce professionally typeset documents with complex formulas, bibliographies, figures, and structured layouts. 

The website provides downloads and installation instructions for all major platforms, extensive documentation and learning resources, release news, support information, and details about the ongoing LaTeX3 effort, which aims to modernize the system while maintaining compatibility with existing documents. It also serves as the central hub for the volunteer team that maintains and develops LaTeX, ensuring its continued role as a cornerstone of academic and technical publishing worldwide. 

LATEX PAGE]]> https://mklab.gr/showthread.php?tid=480 Thu, 18 Jun 2026 09:50:37 +0300 mklabgr]]> https://mklab.gr/showthread.php?tid=480

Non-Technical Introduction to LaTeX
Summary

The Math Vault LaTeX Guide is a comprehensive reference for learning and using LaTeX, the popular document preparation system for mathematical, scientific, and academic writing. It covers the essential structure of LaTeX documents, including document classes, preambles, sections, formatting, symbols, mathematical expressions, equations, tables, figures, references, bibliographies, and advanced customization options. 

The guide is designed as a practical cheat sheet, providing commands, environments, and package examples that help users quickly create professional-quality documents without searching through lengthy manuals. It is especially useful for students, researchers, and anyone who needs to typeset mathematics, scientific papers, or technical documents efficiently.

GUIDE]]>

Non-Technical Introduction to LaTeX
Summary

The Math Vault LaTeX Guide is a comprehensive reference for learning and using LaTeX, the popular document preparation system for mathematical, scientific, and academic writing. It covers the essential structure of LaTeX documents, including document classes, preambles, sections, formatting, symbols, mathematical expressions, equations, tables, figures, references, bibliographies, and advanced customization options. 

The guide is designed as a practical cheat sheet, providing commands, environments, and package examples that help users quickly create professional-quality documents without searching through lengthy manuals. It is especially useful for students, researchers, and anyone who needs to typeset mathematics, scientific papers, or technical documents efficiently.

GUIDE]]>