latex-posters
by K-Dense-AIlatex-posters helps you create professional research posters in LaTeX for conferences, symposia, thesis defenses, and scientific communication. It covers package-aware workflows for beamerposter, tikzposter, and baposter, with guidance on layout, hierarchy, figures, citations, and print-ready poster design.
This skill scores 70/100, which means it is list-worthy for users who need LaTeX poster support, but they should expect some adoption friction from missing install-oriented assets and a few placeholder signals. The repository gives enough workflow detail to justify installing it, especially if the user wants guided poster creation rather than a generic prompt.
- Strong task fit: explicitly targets research posters in LaTeX with beamerposter, tikzposter, and baposter, plus conference and thesis-defense use cases.
- Operational guidance is substantial: the skill body is large with many workflow and constraint signals, and the references file gives a quick start with template choices and compile commands.
- Good triggerability for agents: the frontmatter is valid and the "When to Use This Skill" section makes the intended use cases explicit.
- Repository evidence shows placeholder/todo/lorem ipsum markers, which lowers trust that every workflow path is fully polished.
- No install command, scripts, or asset files are present in the evidence, so users may need to assemble templates and workflow details manually.
Overview of latex-posters skill
What latex-posters is for
The latex-posters skill helps you create conference-style research posters in LaTeX, with a focus on layout, hierarchy, and print-ready output rather than generic slide design. It is best for people who need a poster that looks credible at academic events: PhD students, researchers, lab members, and technical teams preparing scientific communication or poster-session visuals.
When it fits best
Use the latex-posters skill when you already know the content and need help turning it into a large-format poster with the right package choice, spacing, and visual structure. It is a strong fit for A0/A1 or 36×48" posters, multi-column layouts, figure-heavy summaries, and cases where typography and citation handling matter.
What makes it different
This skill is not just “write a poster in LaTeX.” It pushes you toward package-appropriate workflows for beamerposter, tikzposter, or baposter, and it emphasizes poster-specific constraints like overflow control, readability at distance, and consistent visual hierarchy. That makes latex-posters more useful than a plain prompt when you need a repeatable, publication-quality result.
How to Use latex-posters skill
Install and locate the entry files
For latex-posters install, add the skill with:
npx skills add K-Dense-AI/claude-scientific-skills --skill latex-posters
After install, start with scientific-skills/latex-posters/SKILL.md, then read references/README.md for the package and template guidance the skill actually depends on. If you are adapting it into another repo, check any included template .tex files before asking the model to generate new content.
Give the skill the right input
The strongest latex-posters usage starts with a brief that contains the poster size, audience, topic, package preference if any, and the exact sections you need. Good inputs include content density and constraints, not just “make a poster.” For example: title, abstract, 3 key results, 2 figures, affiliation block, required size, and whether the output must compile with pdflatex, xelatex, or lualatex.
Use a prompt that reduces layout guesswork
A useful latex-posters guide prompt should say what must be preserved and what can be compressed. For example: “Create an A0 portrait poster for a neuroscience conference using beamerposter; prioritize one main result figure, keep methods to 4 bullets, include 6 references max, and avoid overflow.” That gives the skill enough structure to make layout decisions instead of inventing them.
Build the poster in two passes
First, ask for a content-to-layout plan or section outline; then ask for the LaTeX poster itself. This works especially well for latex-posters for UI Design when your real need is visual communication: you can test hierarchy, spacing, and color balance before committing to code. If you already have figures, provide filenames, aspect ratios, and captions so the skill can place them realistically.
latex-posters skill FAQ
Is latex-posters only for academics?
No. The latex-posters skill is aimed at research and scientific posters, but it also works for technical demos, lab open houses, internal showcases, and standards-driven communication where LaTeX output is preferred.
Do I need to know LaTeX first?
Basic LaTeX familiarity helps, but you do not need to be an expert to use latex-posters well. The bigger requirement is that you can supply accurate content and formatting constraints. If your source material is still evolving, the skill can help structure it, but the final output will be stronger once the sections and figures are settled.
When should I not use this skill?
Skip latex-posters if you want a casual marketing poster, social media graphic, or fully freeform visual design. It is also a poor fit if you do not want to manage compilation, page size, or figure preparation, since those are central to the workflow.
How does it compare to a normal prompt?
A normal prompt may produce a plausible poster outline, but latex-posters is better when you need package-aware structure, full-page sizing, and fewer layout surprises. It is especially useful when the final artifact must compile cleanly and survive print-scale viewing.
How to Improve latex-posters skill
Give fewer ideas, but better ones
The best way to improve latex-posters output is to narrow the brief to the one message the poster must communicate. Include only the results that matter, the one figure that carries the paper, and the required conference format. Weak inputs usually fail because they try to fit a paper abstract, a lab report, and a poster into one page.
State constraints that affect layout
Tell the skill about logo placement, required sponsors, citation limits, font restrictions, and whether the poster must be portrait or landscape. These details matter because overflow and unreadable text are the most common failure modes in the latex-posters skill, and they are easiest to prevent before generation starts.
Iterate on hierarchy, not just wording
If the first version is too dense, ask for a stronger headline, shorter methods block, or fewer text-heavy panels instead of only editing sentences. For latex-posters usage, the best improvements usually come from changing visual priority: larger claim, smaller background, clearer figure captions, and more whitespace.
Verify compileability before polishing
After the first draft, compile with your intended engine and check page fit at full scale. If something breaks, feed back the exact error, the oversized section, or the figure causing overflow. That is the fastest path to a stable latex-posters install outcome and a poster that is actually printable.