result-generate

Convert experimental outputs into publication-quality figures and tables with statistics.

Updated Aug 23, 2026
One-click install
npx skills add https://github.com/UnaryLab/ai-for-research --skill result-generate
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: result-generate
Source: https://github.com/UnaryLab/ai-for-research/tree/main/skills/result-generate
Command: npx skills add https://github.com/UnaryLab/ai-for-research --skill result-generate

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill prevents slow, error-prone manual plotting by transforming messy experimental outputs into publication-quality figures and tables with honest statistical analysis.

Core Features & Use Cases

  • Publication-standard exhibits with rigor: generates figures and tables suitable for papers, including correct aggregation across seeds/workloads and uncertainty reporting.
  • Honest comparisons and counter-story: normalizes to baselines appropriately, computes error bars / confidence intervals / significance, and surfaces the settings where your method weakens.
  • Reproducible regeneration: produces the script that regenerates each exhibit from committed data plus a result → exhibit → command map.

Quick Start

Use result-generate to convert your experiment outputs into the specific Figure 3 and Table 2 you want for your target venue.

Frequently Asked Questions about result-generate

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I generate publication-quality figures and tables from raw experimental outputs?

To generate publication-quality figures from raw experimental outputs, you can convert result directories, CSV, JSON, and log files into paper-ready exhibits with correct statistics, uncertainty reporting, and venue-tuned formatting.

How do I create reproducible scripts for regenerating ablation tables and learning curves?

Creating reproducible scripts for regenerating ablation tables and learning curves involves producing per-exhibit scripts alongside a result-to-exhibit command map, ensuring consistent regeneration from committed data.

How do I compute correct statistics and confidence intervals for scaling curve comparisons?

Computing correct statistics and confidence intervals for scaling curve comparisons requires aggregating results across seeds and workloads, normalizing to baselines, and honestly reporting variance and significance.

Can I build Nature-style multi-panel exhibits directly from CSV and JSON result logs?

Yes, you can build Nature-style multi-panel exhibits directly from CSV and JSON result logs by transforming messy experimental outputs into publication-standard figures with honest statistical analysis.

What is the best way to normalize experimental results to baselines and surface counter-stories?

The best way to normalize experimental results to baselines and surface counter-stories is to compute error bars and significance while automatically highlighting the specific settings where your method weakens.

Does this approach handle architecture speedups and efficiency breakdowns for research papers?

Yes, this approach handles architecture speedups and efficiency breakdowns by converting raw experimental outputs into publication-quality tables and figures tailored to your target venue's formatting requirements.