Release notes, long-form tutorials, and drawing workflows. Published articles below.
The editor opens as a guest. Editing and save no longer force registration or email verification. Sign in only when guest credits are not enough for AI or TikZ.
Not raster AI art or a blank canvas: AI edits a topology-aware graph document (vertices/edges/labels), with incremental ops and bidirectional TikZ export.
Paste or open tikzpicture code in DrawFig for drag-and-drop edits, then export TikZ again. Menu paths, shortcuts, supported syntax, and pricing.
Why tikzpicture fails on Overleaf — wrong compiler, log noise, missing libraries in subfiles, xcolor clashes, timeouts — plus a DrawFig export workflow.
Why usegdlibrary and graphdrawing fail under pdfLaTeX, how to switch Overleaf to LuaLaTeX, and DrawFig layout + TikZ export without the graph engine.
Unknown shape cloud' and undefined right=of usually mean a missing \\usetikzlibrary. Feature-to-library table plus DrawFig export hints.
Why 'Option clash for package xcolor' happens when tikz, Beamer, and pgfplots coexist, how to fix load order, and how DrawFig export fits a clean preamble.
Searching 'tikz undefined control sequence draw' usually means the previous line lacks a semicolon. Minimal examples, a 3-step checklist, and a DrawFig workflow to avoid syntax traps.
A guide to TikZ compile failures — undefined control sequence, missing tikzlibrary, xcolor clashes, LuaLaTeX — with fixes and a DrawFig visual-first + TikZ export path.
Why TikZ code is costly to maintain, and how DrawFig combines AI dialog, visual editing, and TikZ export for 10× faster academic graph figures.
Five academic figure types—graphs, flowcharts, architecture, trees, bipartite graphs—via DrawFig AI dialog, plus polish and TikZ export.
Six frequent paper figure failures—resolution, fonts, colour, captions, sizing, accessibility—and practical fixes for publication-quality output.
From DrawFig TikZ export to publication-ready figures—captions, cross-references, subfigures, font matching, and journal templates.
Compare TikZ and DrawFig on learning curve, drawing power, output quality, and collaboration—pick the right tool for your paper figures.
Five-step DrawFig workflow—AI sketch, canvas polish, TikZ export, and collaboration—for academic figures without the Visio or hand-coded TikZ pain.
No code required—use DrawFig AI dialog to describe business flowcharts, system architecture, and data-flow diagrams in seconds.
DrawFig is built for graph theory, network diagrams, and academic figures—AI generation, layout algorithms, and TikZ export. Core features and typical use cases.
LaTeX approaches for five common paper figure types—algorithm flowcharts, experiment charts, network topology, system architecture, and data pipelines—with DrawFig from description to code.
Step-by-step guide to drawing graph-theory figures in LaTeX with TikZ—undirected, directed, and weighted graphs—with examples and DrawFig one-click TikZ export.
Use natural-language prompts to build graphs in DrawFig, then refine and export TikZ for LaTeX.
A structured walkthrough of the draw.io editing experience, AI planning and actions, VLM image redraw, accounts, deployment, and troubleshooting (~3k words).
Flowchart vocabulary, a seven-step DrawFig workflow, templates, design rules, research examples, and TikZ export.
What DrawFig is, how it relates to draw.io, pricing, TikZ export, data import, online vs downloaded editor, and troubleshooting.
A composite (anonymised) story about moving from Visio, NetworkX snapshots, and hand-written TikZ to DrawFig for network figures and LaTeX.
Learn when to use network diagrams, compare tools, follow a six-step DrawFig workflow, and export TikZ for LaTeX papers.
A simple workflow for clear flowcharts using draw.io conventions and DrawFig.
Which tool fits your lab? Compare graph features, TikZ export, pricing, and UX across DrawFig, FigDraw, and BioRender.
Learn graph vocabulary, build your first diagram in DrawFig in minutes, and export TikZ for LaTeX.
Compare graph drawing, TikZ export, icon libraries, pricing, and workflows across DrawFig, FigDraw, and BioRender.
Learn graph basics, draw networks in DrawFig, export TikZ for LaTeX, and follow layout and styling best practices.
Autosaved versions, change history, rollback, and co-editing so teams stay aligned.
Version history, rollback, and collaboration features for teams using draw.io / DrawFig.