nanoresearch-writing
The nanoresearch-writing skill transforms research planning and experimental results into a complete LaTeX paper draft. It parses ideation outputs, experimental blueprints, and results data to automatically generate structured sections including abstract, introduction, related work, methods, experiments, and conclusion. The skill produces publication-ready figures, tables, and a compiled PDF document. Use this when you have completed research ideation, experimental planning, and data collection and need to synthesize all outputs into a formatted academic paper.
git clone --depth 1 https://github.com/OpenRaiser/NanoResearch /tmp/nanoresearch-writing && cp -r /tmp/nanoresearch-writing/skills/nanoresearch-writing ~/.claude/skills/nanoresearch-writingSKILL.md
# Writing Skill ## Purpose Take all previous outputs (ideation, planning, experiment results) and produce a complete LaTeX paper draft with figures, tables, and bibliography. ## Tools Required - `generate_latex`: Generate and assemble LaTeX source files for each paper section - `compile_pdf`: Compile the LaTeX source into a PDF document - `generate_figure`: Produce publication-quality figures from experiment results ## Input - `ideation_output`: Path to `papers/ideation_output.json` from the ideation skill - `experiment_blueprint`: Path to `papers/experiment_blueprint.json` from the planning skill - `experiment_results`: Path to `experiments/` directory containing code and results from the experiment skill ## Process 1. Parse all upstream outputs to gather hypotheses, literature, experiment design, and results 2. Generate the paper outline following a standard structure (Abstract, Introduction, Related Work, Method, Experiments, Conclusion) 3. Draft the Abstract summarizing the problem, approach, and key findings 4. Draft the Introduction motivating the research question and stating contributions 5. Draft Related Work synthesizing the surveyed literature from the ideation stage 6. Draft the Method section describing the proposed approach in detail 7. Draft the Experiments section with dataset descriptions, baseline comparisons, and ablation results 8. Generate figures (performance plots, ablation charts, architecture diagrams) using `generate_figure` 9. Generate tables summarizing quantitative results 10. Draft the Conclusion with a summary of findings and future work directions 11. Compile the bibliography from all cited papers 12. Assemble the full LaTeX document using `generate_latex` 13. Compile to PDF using `compile_pdf` and verify the output ## Output Produces `papers/draft/` directory containing: - `main.tex`: Complete LaTeX source of the paper - `references.bib`: Bibliography file with all citations - `figures/`: Generated figures in PDF or PNG format - `tables/`: LaTeX table source files - `main.pdf`: Compiled PDF of the paper draft
Generate a Python code skeleton from an experiment blueprint
Search academic literature and generate research hypotheses
Produce an experiment blueprint from a research hypothesis
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