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Found 6 Skills
Use when planning a modeling solution, selecting the next useful step or briefing a specialist.
Launch the mathematical modeling competition workflow, confirm competition and typesetting preferences, and initialize the plan, to-do list, and stage artifacts. When CUMCM 2026 is identified, enable human decision gates, AI usage traceability, official contest search restrictions, and the submission packaging process.
Non-data diagram creation stage for mathematical modeling. Generate DrawIO diagrams, including technical roadmaps, subproblem solution flowcharts, model structure diagrams, data processing flowcharts, and similar visuals, based on ANALYSIS_MODELING_REPORT.md, RESULTS_REPORT.md, and the existing figures/, then export citation-ready PDFs for the paper.
Implement the confirmed mathematical model as reproducible code, run the main model and baseline, independently validate constraints and key results, save intermediate artifacts, and generate publication-ready data figures. In CUMCM 2026 mode, record AI usage and enforce a manual verification gate for core results.
Analyze mathematical modeling competition problems and attachments, clarify ambiguities, design and compare candidate models, and develop an implementable solution through quick experiments and independent review. In CUMCM 2026 mode, enforce human approval gates for problem interpretation and core modeling while recording AI usage.
Writing stage for mathematical modeling competition papers, supporting both Typst and LaTeX engines. Based on ANALYSIS_MODELING_REPORT.md, RESULTS_REPORT.md, and figures/*.pdf, select a competition template and typesetting engine, organize the sections, and insert figures and tables directly into the relevant sections of the paper body.