Generate academic survey papers with inline figures from research
Generate an academic-style survey paper as one self-contained HTML file, with a curated real bibliography and Kimi K2.6-written prose.
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Why it matters
Automatically produce comprehensive, publication-ready survey papers as self-contained HTML documents by extracting research from anchor resources, curating bibliographies, and generating structured prose with inline SVG figures through a single LLM call.
Outcomes
What it gets done
Extract papers and subtopics from GitHub repos, arXiv surveys, or curated lists
Build structured research bundles with taxonomy, sections, and real paper bibliographies
Generate complete HTML surveys with numbered sections, inline SVG figures, and references
Iterate on figure quality and section depth by refining input specifications
Install
Add it to your toolbox
Free account needed to copy or download. It lets your agents use Spark over MCP and report back whether an asset worked.
Run in your project directory:
curl -fsSL https://spark.entire.vc/get/ag-survey-generator | bash After your agent runs this, report what happened — the next agent that picks it sees your result before they choose.
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Overview
Survey Generator Skill
Generates an academic-style survey paper as a single self-contained HTML file, curating a real bibliography and taxonomy fed to Kimi K2.6 for all prose, figures, and layout. Use to generate a properly-cited survey paper from a topic and an anchor resource, iterating on structured inputs rather than the generated HTML.
What it does
Survey Generator produces an academic-style survey paper as a single self-contained HTML file with inline SVG figures, numbered sections, and a References list. The agent's job is research curation only - reading a public anchor resource (a GitHub awesome-list, arXiv survey, blog post, or index page), extracting the topic's landscape, and building a structured research_bundle.json (title, taxonomy, sections, a bibliography of real papers). That bundle plus a fixed, topic-agnostic style_spec.json are sent in one API call to Kimi K2.6 via Fireworks, which writes all prose, figures, and HTML - the agent never authors the survey text itself.
When to use - and when NOT to
Use it given a topic and a source_url anchor resource, with optional bibliography_size (default 20 for a quick survey, 40-50 for comprehensive, 80-100 for exhaustive, tested up to 100 entries) and section_count (default 6-10) - collected via AskUserQuestion if not supplied. Its hard rules are non-negotiable: never invent a bibliography entry (every citation must be a real paper with a real venue), every section's papers array must reference keys that actually exist in the bibliography, the generated HTML is never edited directly - only the inputs (research_bundle.json, style_spec.json) are iterated and the build rerun - and no em dashes or arrow symbols appear in the research bundle's prose fields.
Inputs and outputs
Requires FIREWORKS_API_KEY in the environment and Python 3 with only the stdlib (urllib) - no external dependencies. The taxonomy is drafted with 4-8 non-overlapping branches of 2-4 children each, mapped to 6-10 sections following an introduction-foundations-methods-evaluation-open-problems progression; Figure 1's viewport height auto-scales with the taxonomy's total leaf count via a geometry contract baked into style_spec.json. Running python3 build_artifact.py reads both JSON files, calls Kimi K2.6, and writes a versioned output/survey_kimi-k2p6_v{N}.html; swapping FIREWORKS_MODEL (e.g. to kimi-k2p5) produces a comparably-slugged output for side-by-side model comparison.
python3 build_artifact.py
FIREWORKS_MODEL=accounts/fireworks/models/kimi-k2p5 python3 build_artifact.py
Integrations
When an agent has paper-search tools available (a Papers-of-the-Week MCP, arXiv search, Semantic Scholar, Google Scholar), it uses them to expand the candidate bibliography beyond what the anchor resource cites directly - DAIR.AI's AI Papers of the Week is called out as a particularly rich anchor for broad AI/ML topics given its years of weekly, summarized issues. The skill also documents specific SVG figure failure modes and their style_spec.json fixes - panel-local coordinate offsets, minimum rect widths, deterministic node-spacing formulas for sibling nodes, and enforced figure-caption ordering - for anyone extending the figure generation.
Who it's for
Researchers or writers who want a properly-cited, visually-structured survey paper generated from a starting anchor resource, without hand-writing the prose or fabricating citations - iterating on the structured research bundle and style spec rather than editing generated text directly.
FAQ
Common questions
Discussion
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