General EditorWriting, compiling, and PDF review.
Launch →WINDOWS DESKTOP · V3.001
Everything for LaTeX,
in one workspace.
Write documents, compile locally, and review the PDF immediately. General, Math, and Tabular workspaces live together in one standalone app.
Before you installLaTeXian requires a full TeX Live installation · Read the install guide →- Install type
- Windows Standalone
- Default engine
- LuaLaTeX
- Version
- V3.001
LaTeXianV3.001 · StandaloneSearch recent files, ...
Choose Your WorkspacePick the editor that fits the job.
Mode Launcher
Math EditorFormula-focused tools and symbols.
Launch →Tabular EditorStructured table authoring.
Launch →Recent Work
Recent FilesRecent Projects
- TEXresearch-notes.texC:\Documents\LaTeXian
- TEXpaper-draft.texC:\Projects\paper
- TEXlecture-07.texC:\Documents\lectures
Template Gallery
Start from proven boilerplates.
PRODUCT WALKTHROUGH
The app, as it opens
This web demo recreates the V3.001 interface. Switch tabs and move the splitter to explore each workspace.
paper.tex — LaTeXian V3.001 Standalone [General]paper.tex ×references.bib
\documentclass{article}\usepackage{amsmath, graphicx}\usepackage[margin=1in]{geometry}\title{A Practical LaTeX Workflow}\author{Research Notes}\begin{document}\maketitle\section{Introduction}LaTeXian keeps source and output together.The energy relation is\begin{equation}E = mc^2\end{equation}\section{Results}The compiled document appears on the right.\end{document}
✓ Compilation successfulLuaLaTeX · 1.24s
‹1 / 1›−+
A Practical LaTeX Workflow
1 Introduction
LaTeXian keeps source and output together. The energy relation is
E = mc2 (1)
2 Results
The compiled document appears on the right. Editing and reviewing stay in one focused workspace.
Quick TipsMath:
$...$ inline · \[...\] display · choose a symbol to insert it.Expression Builder⌄
1
\documentclass{article}2
\usepackage{amsmath}3
4
\begin{document}5
\[ \int_{-\infty}^{\infty} e^{-x^2}\,dx = \sqrt{\pi} \]6
\end{document}✓ Ready to compileLog
Math Panel⌄
SYMBOLS
STRUCTURES
DERIVATION
Gaussian Integral
For a standard normal distribution, the integral evaluates to
∫−∞∞ e−x² dx = √π
The expression was inserted through the Math Panel and compiled with LuaLaTeX.
Compilation successfulLuaLaTeX · 0.82s
Table Grid
| A | B | C | |
|---|---|---|---|
| 1 | Model | Accuracy | Time |
| 2 | Baseline | 91.2% | 2.8s |
| 3 | Proposed | 96.8% | 1.4s |
| 4 | Optimized | 97.1% | 1.1s |
\begin{tabular}{lll}
\textbf{Model} & \textbf{Accuracy} & \textbf{Time} \\
Baseline & 91.2\% & 2.8s \\
Proposed & 96.8\% & 1.4s \\
Optimized & 97.1\% & 1.1s
\end{tabular}Experimental Results
| Model | Accuracy | Time |
|---|---|---|
| Baseline | 91.2% | 2.8s |
| Proposed | 96.8% | 1.4s |
| Optimized | 97.1% | 1.1s |
Compiled with lualatex in 824 ms
↔ Drag the blue splitter in General Editor, or use the arrow keys.
FOCUSED WORKSPACES
Three editors for focused work
General Editor
Keep project files, source editing, compile logs, and PDF preview together in one window.
Math Editor
Assemble commonly used symbols and equation structures quickly, then check the result immediately.
Tabular Editor
Build tables by working directly with rows and columns, then review the LaTeX and PDF together.
BUILT FOR DAILY WORK
Designed to keep you in the document
Fast local compilation
Compile with installed engines such as LuaLaTeX and review the result right in the workspace.
Resizable workspace
Adjust the width of the central editor and PDF preview directly, even when the window is not maximized.
Project navigation
Use the file tree, document outline, references, and bookmarks to move through large projects quickly.
Problems and logs
Keep errors, warnings, and compilation logs alongside source so the editing flow stays intact.
READY TO WRITE
LaTeXian V3.001
Standalone
Install it on Windows, open a project, and start writing right away.
