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tristanmanchester

Display Quantitative Information

by Tristan Manchester · GitHub ↗ · v1.0.0 · MIT-0
cross-platform ✓ Security Clean
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Install in OpenClaw
/install display-quantitative-information
Description
Use this skill when the user needs to design, critique, redesign, audit, generate, code, or explain quantitative graphics: charts, dashboards, tables, maps,...
README (SKILL.md)

Display Quantitative Information

Use this skill to help an agent create, critique, redesign, audit, or explain quantitative displays that let people reason from evidence. The default standard is truthfulness first, comparison power second, and visual economy third. Minimalism is not the goal; clear quantitative reasoning is.

Activation boundaries

Use this skill for chart choice, data visualization code, dashboard review, statistical/scientific figures, misleading graphics, graph redesign, tables used as evidence, uncertainty displays, small multiples, map-based quantitative displays, or user language such as data-ink, chartjunk, graphical integrity, lie factor, Tufte, visual evidence, publication-ready figure, or dashboard critique.

Do not use it for decorative illustration, infographics with no measured quantities, brand-only design, slide aesthetics without data, or general data wrangling unless a display or visual explanation is part of the task.

Working loop

  1. Name the viewer's task: lookup, comparison, trend, relationship, distribution, part-to-whole, geography, uncertainty, monitoring, explanation, or persuasion.
  2. Inspect the data structure: grain, units, denominators, time order, grouping, spatial structure, missingness, transformations, sample size, and uncertainty.
  3. Choose the display from the task and data, not from a favorite chart type. Use references/display-selection.md when the choice is not obvious.
  4. Audit integrity before aesthetics: baselines, scales, proportionality, encodings, transformations, omitted context, denominators, uncertainty, source, and accessibility. Use references/integrity-audit.md or scripts/audit_visual_display.py for structured specs.
  5. Redesign by improving the intended comparison. Remove distracting marks, but keep labels, notes, reference lines, captions, and structure when they help interpretation.
  6. Deliver the artifact requested: chart, code, SVG, design spec, critique, dashboard review, or short recommendation. Put the highest-impact fix first.

Mode-specific guidance

For a quick critique, answer in plain language: what works, what may mislead, and the most valuable fix. Do not bury an integrity problem under cosmetic advice.

For a redesign, state the proposed display form, encodings, scale choices, labels, annotations, and integrity safeguards. Explain choices in terms of the viewer's comparison or decision.

For chart creation, produce the chart or code when tools permit. Add a short final check covering units, scale, baseline, source/context, uncertainty, and accessibility.

For dashboards, review the workflow first: whether panels answer a coherent decision, share compatible time windows and denominators, and show trends or distributions rather than isolated decorative KPIs.

For scientific figures, prioritize sample size, units, conditions, uncertainty, transformations, calibration, and comparison across panels. Avoid summary-only bars when raw observations or intervals are central.

Non-negotiables

Never trade a misleading chart for a cleaner misleading chart. Preserve or restore units, source, definitions, sample size, denominators, relevant uncertainty, and methodological context whenever they affect interpretation.

Do not mechanically apply slogans. Data-ink discipline is an editing principle, not a license to remove explanation. A legend, gridline, note, or reference band is useful when it reduces ambiguity or supports comparison.

Avoid formulaic critique language. Across multiple outputs, vary the opener, recommendation order, examples, and vocabulary according to the dataset and audience. Use references/language-and-variation.md or scripts/fingerprint_text.py for long/batch deliverables.

Reference map

Read only the files needed for the task.

  • references/principles.md — core Tufte-informed judgment standards.
  • references/display-selection.md — display choices by task and data structure.
  • references/integrity-audit.md — distortion, lie factors, baselines, context, and uncertainty.
  • references/redesign-workflow.md — practical redesign and handoff sequence.
  • references/chart-spec.md — structured chart-spec fields and examples.
  • references/accessibility-and-output.md — contrast, color, labels, alt text, and code/output defaults.
  • references/language-and-variation.md — anti-fingerprint guidance for critiques.
  • references/rubric.md — scoring rubric for reviews.
  • references/examples.md — worked patterns; adapt, do not copy.

Scripts and assets

Scripts are optional but useful when the user supplies data or a structured chart spec. They are non-interactive and print structured output.

  • scripts/suggest_display.py --csv data.csv --goal auto --format markdown inspects a CSV and recommends display families.
  • scripts/audit_visual_display.py --spec chart.json --format markdown audits a JSON chart spec.
  • scripts/lie_factor.py --data-before 18 --data-after 27.5 --visual-before 0.6 --visual-after 5.3 computes visual distortion.
  • scripts/contrast_check.py --foreground '#333333' --background '#ffffff' --format markdown checks text/color contrast.
  • scripts/render_chart_svg.py --csv data.csv --x month --y defect_rate --chart line --group line --output chart.svg creates a simple, honest SVG chart for handoff or review.
  • scripts/fingerprint_text.py --input draft.md --format markdown flags repeated stock visualization language.

Assets:

  • assets/chart-spec-template.json — starting point for structured audits.
  • assets/critique-note-template.md — flexible critique handoff note.
  • assets/chart-handoff-template.md — compact implementation spec.

Completion check

Before finalizing, verify that the response names the analytical task, preserves units/context, justifies the display form, checks for misleading scales or encodings, and gives at least one concrete improvement to comparison, integrity, or accessibility.

Usage Guidance
Reasonable to install for chart critique and visualization workflows. Use the bundled scripts only on data files you intend the agent to inspect, and review generated SVG or audit output before using it in reports or publications.
Capability Assessment
Purpose & Capability
The stated purpose is designing, critiquing, auditing, and generating quantitative displays; the bundled references and scripts match that purpose by inspecting CSV/JSON chart inputs, computing lie factors and contrast, and rendering simple SVG charts.
Instruction Scope
Activation boundaries are explicit, with do-use and do-not-use cases; runtime instructions direct the agent to read only task-relevant references and use scripts for user-supplied data or chart specs.
Install Mechanism
Metadata declares no API key requirement and no dependencies; scripts use Python standard library only. No installer, shell bootstrap, package download, or automatic execution path was found.
Credentials
The scripts read user-specified local CSV, JSON, palette, or text files and one script writes user-specified SVG/metadata output. This file access is proportionate to chart analysis and generation, with no broad local indexing or network behavior observed.
Persistence & Privilege
No persistence, background process, privilege escalation, credential/session/profile access, destructive actions, or hidden data flow was found.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install display-quantitative-information
  3. After installation, invoke the skill by name or use /display-quantitative-information
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v1.0.0
Initial release: Enables structured support for designing, critiquing, and explaining quantitative graphics with a focus on truthful, effective visual evidence. - Assists with chart selection, critique, redesign, audit, coding, and explanation across dashboards, charts, tables, maps, and scientific figures. - Includes detailed stepwise workflow prioritizing viewer task, data structure, audit for integrity, and audience-specific recommendations. - Provides reference guides and optional Python scripts for display suggestions, integrity checks, lie factor computation, color contrast, SVG chart generation, and critique language variation. - Prioritizes clear reasoning, accuracy, and accessibility over decorative or formulaic approaches; minimizes misleading graphics. - Structured for transparency: every response should identify the viewer’s task, preserve units and context, justify display form, and include a concrete recommendation.
Metadata
Slug display-quantitative-information
Version 1.0.0
License MIT-0
All-time Installs 0
Active Installs 0
Total Versions 1
Frequently Asked Questions

What is Display Quantitative Information?

Use this skill when the user needs to design, critique, redesign, audit, generate, code, or explain quantitative graphics: charts, dashboards, tables, maps,... It is an AI Agent Skill for Claude Code / OpenClaw, with 39 downloads so far.

How do I install Display Quantitative Information?

Run "/install display-quantitative-information" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is Display Quantitative Information free?

Yes, Display Quantitative Information is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does Display Quantitative Information support?

Display Quantitative Information is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created Display Quantitative Information?

It is built and maintained by Tristan Manchester (@tristanmanchester); the current version is v1.0.0.

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