data-observatory-dashboard

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Use when transforming arbitrary structured or semi-structured data into a high-density, source-aware, interactive data visualization dashboard. Fits CSV, Excel, JSON, webpage tables, public datasets, research/policy/legal/financial/industry data, and requests that mention "可视化仪表盘", "数据可视化", "矩形树图", "treemap", "数据看板", "报表可视化", "Excel 做成看板", "业务数据大屏", "交互式数据大屏", "数据观察仪表盘", "高密度可视化", "沿用矩形树图数据观察仪表盘方法论", "自动获取数据并可视化", or "把这些数据做成交互网页".

CSlawyer1985 By CSlawyer1985 schedule Updated 5/2/2026

name: data-observatory-dashboard description: Use when transforming arbitrary structured or semi-structured data into a high-density, source-aware, interactive data visualization dashboard. Fits CSV, Excel, JSON, webpage tables, public datasets, research/policy/legal/financial/industry data, and requests that mention "可视化仪表盘", "数据可视化", "矩形树图", "treemap", "数据看板", "报表可视化", "Excel 做成看板", "业务数据大屏", "交互式数据大屏", "数据观察仪表盘", "高密度可视化", "沿用矩形树图数据观察仪表盘方法论", "自动获取数据并可视化", or "把这些数据做成交互网页".

Data Observatory Dashboard

Build a restrained, high-density data observatory: a left control/stat sidebar plus a dominant right-side visual field, with clear visual encoding, source tracking, and interaction.

Trigger Phrases

Use this skill when the user says or implies:

  • 可视化仪表盘、数据可视化、数据看板、业务数据看板、交互式看板
  • 矩形树图、treemap、树图、面积图、按规模分块
  • 报表可视化、Excel 做成看板、把表格做成交互网页、把这些数据做成页面
  • 高密度可视化、数据观察仪表盘、数据观察站、数据大屏
  • 沿用矩形树图数据观察仪表盘方法论、参考矩形树图数据观察仪表盘、类似之前某个业务报表看板效果
  • 自动获取数据并可视化、从网页/公开数据/接口获取数据做看板

Carry forward these learned defaults: preserve source units explicitly, especially 万元/亿元/百分比; include color legend, distribution, tier overview, group overview, breakdown overview, tooltip, and source notes; keep sidebar narrow but expanded by default, non-overlapping with the main visual, with a subtle manual collapse/expand control; place a quiet centered signature at the sidebar bottom only when the user requests or provides one.

Core Workflow

  1. Acquire or load data

    • Local files first: CSV, JSON, XLSX, Markdown tables.
    • For URLs, prefer official APIs, raw CSV/JSON, downloadable public files, or explicitly provided pages. If the user asks for current/latest data, verify online and record retrieval dates.
    • For Chinese public/news/social/search sources, consider OpenCLI or available app connectors when appropriate.
  2. Profile the dataset

    • Run scripts/profile_data.py <input> --out <output-dir>/data-profile.json when the input is CSV/JSON/XLSX. Raw sample values are excluded by default; add --include-samples only when the user accepts that sample values may be written to disk.
    • Identify object label, grouping fields, numeric magnitude fields, color/risk/intensity fields, time fields, text explanation fields, and source fields.
    • Identify source units before charting: especially 万元/亿元/元, percentages already stored as 0-100, counts, people, cases, clients, and times.
    • If profiling is ambiguous, choose conservative defaults and document the mapping.
  3. Choose visual grammar

    • Read references/visual-grammar.md when selecting chart type or encoding.
    • Default for object collections: treemap observatory.
    • Do not force treemap onto time-series, geospatial, or relationship-heavy data.
  4. Define a data contract

    • Read references/data-contract.md when normalizing fields.
    • Create a normalized data.json and, when sources matter, data_sources.json.
    • Do not write local absolute paths, names, credentials, or private identifiers into reusable skill files or public-facing source records.
    • Attach unit metadata to dashboard fields with --unit field:unit; never let generic number formatting reinterpret source units.
    • Preserve original raw data unless the user only wants a quick prototype.
  5. Build the dashboard

    • Prefer a static HTML/CSS/JS artifact for portability.
    • Use assets/templates/observatory-treemap.html as the starting point when the data is an object collection with magnitude + grouping + intensity.
    • Keep the first screen as the usable visualization, not a landing page.
  6. Validate

    • Start a local static server when fetch() is used.
    • Use browser/Playwright screenshots for desktop and mobile.
    • Check nonblank canvas/SVG, tooltip behavior, mode switches, text overflow, and source/date display.

Signature Design Pattern

  • Fixed or persistent left sidebar: title, source note, mode controls, total metrics, weighted score, distribution, group overview, top/bottom lists, legend.
  • Main visual field: canvas/SVG/grid/map occupying the remaining viewport.
  • Visual encodings:
    • size/area = importance, scale, exposure, amount, or count
    • color = risk, intensity, score, sentiment, growth, or uncertainty
    • grouping/position = category, region, domain, stage, or owner
    • opacity/stroke = confidence, selection, or warning
  • Tooltip explains one object: label, core metrics, source, rationale, notes.
  • Mode switches recompute both visual layout and sidebar statistics.

Output Files

For nontrivial work, create:

  • index.html or app files
  • data.json
  • data-profile.json
  • data_sources.json when data is fetched, estimated, merged, or model-scored
  • screenshots/ after visual validation
  • short implementation notes only when useful for the user

Reference Loading

  • references/visual-grammar.md: chart and encoding selection.
  • references/data-contract.md: normalized schema patterns and calculations.
  • references/source-strategy.md: automatic data acquisition and source records.
  • references/implementation-patterns.md: frontend details for dense static dashboards.
Install via CLI
npx skills add https://github.com/CSlawyer1985/data-observatory-dashboard-skill --skill data-observatory-dashboard
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