تشغيل أي مهارة في Manus بنقرة واحدة

qa-rasmapper-web-parity

النجوم٧١

التفرعات٢٠

آخر تحديث١٦ يوليو ٢٠٢٦ في ١٥:١٥

Create deterministic paired RASMapper and RAS Commander MapLibre evidence bundles from one review specification. Use when comparing a HEC-RAS model in RASMapper with its web viewer, validating map/tree/legend fidelity on desktop and mobile, checking nodata/extent/default layers, or establishing visual regression fixtures with fixed numeric COG probes.

التثبيت

التثبيت باستخدام Codex أو Claude انسخ هذا Prompt والصقه في Codex أو Claude أو مساعد آخر ليراجع صفحة Skill ويثبّتها لك.

تشغيل في Manus

المصدر

gpt-cmdr

gpt-cmdr/ras-commander

فتح مستودع GitHub عرض مستودعات المنشئ

تنزيل

تشغيل في Manus

المهن ذات الصلةSOC

استنادا إلى تصنيف SOC المهني

محللو ضمان جودة البرمجيات والمختبرونمهن الحاسوب والرياضيات·SOC 15-1253

مستكشف الملفات

4 ملفات

SKILL.md

readonly

name	qa-rasmapper-web-parity
shared_corpus	true
harness_scope	shared
source_owner	gpt-cmdr
security_review	internal
description	Create deterministic paired RASMapper and RAS Commander MapLibre evidence bundles from one review specification. Use when comparing a HEC-RAS model in RASMapper with its web viewer, validating map/tree/legend fidelity on desktop and mobile, checking nodata/extent/default layers, or establishing visual regression fixtures with fixed numeric COG probes.

RASMapper Web Parity

Use one YAML/JSON review specification for both capture surfaces. Keep map, tree, legend, semantic assertions, and numeric probes as separate evidence channels.

Workflow

Read references/review-spec.md and validate project, manifest, CRS, layer IDs, profiles, viewport sizes, crop regions, and numeric probes.
Copy the source project to the review output. Never configure the original .rasmap.
Run scripts/rasmapper_web_parity.py rasmapper SPEC OUTPUT on a Windows HEC-RAS host.
Run scripts/rasmapper_web_parity.py web SPEC OUTPUT where Python Playwright and Chromium are installed, or use the in-app browser at the exact specified desktop/mobile viewports.
Run scripts/rasmapper_web_parity.py compare SPEC OUTPUT after all images exist.
Inspect comparison.json, findings.md, contact-sheet.png, and region images.

uv run python .claude/skills/qa-rasmapper-web-parity/scripts/rasmapper_web_parity.py `
  rasmapper scripts/example_library/fixtures/muncie-parity.yml working/muncie-parity

Capture Contract

RASMapper: call RasMap.create_spatial_review_package() with fixed outer-window dimensions, selected plan/layer, terrain, range/ramp, RAS version, and matching web manifest metadata.
Web: wait for window.__rasCommanderViewerInstances, apply WGS84 bounds and manifest layer state through that QA hook, enable every declared extent-colored raster, wait for MapLibre and all raster styling to become idle, require a content-only semantic tree with one disclosure control per collapsible node, then capture page, map, tree, and active legend separately at desktop and mobile sizes.
Comparison: crop only declared RASMapper regions; normalize dimensions; report global SSIM, normalized mean absolute error, and a diff image. Do not use full desktop chrome as a golden.
Numeric probes: sample authoritative numeric COGs with rasterio and compare to explicit expected values/tolerances. Never infer numeric correctness from image colors.

Classification

Confirmed: deterministic semantic assertion or numeric probe failure.
Likely: repeatable image/extent/legend mismatch that needs targeted numerical review.
Uncertain: missing capture, unstable external basemap, anti-aliasing, or an undeclared crop.

Always distinguish raw HDF computation-element values from RASMapper/RasProcess interpolated rasters. A screenshot regression is presentation QA, not hydraulic validation.

المزيد من هذا المستودع

نفس المستودع

hecras-screenshot

gpt-cmdr/ras-commander

Capture HEC-RAS and standalone RASMapper windows through current ras-commander Win32 APIs for documentation, debugging, QA/QC evidence, galleries, and deterministic spatial review packages. Use for screenshot, visible-window capture, RASMapper snapshot, dialog capture, or model gallery requests on Windows.

2026-07-1671

qa-rasmapper-spatial-review

gpt-cmdr/ras-commander

Use RASMapper layer and view automation for spatial QA/QC, contextual model review, and documentation screenshots. Launches standalone RasMapper.exe, toggles reference maps, basemaps, terrain, results, and geometry elements, zooms to HDF-derived extents, enables Update Legend with View, and captures snapshots for agent review.

2026-07-1671

dev-human-in-loop

gpt-cmdr/ras-commander

Pause agent work and request explicit human input at hard gates where professional judgment, public API compatibility, HEC-RAS execution, agent infrastructure, or git/release operations create material risk. Triggers: human-in-the-loop, HITL, human approval, human decision, approval gate, hard gate, public API change, engineering assumption, HEC-RAS execution approval, agent infrastructure change, release gate.

2026-05-2071

dev-invoke-claude-code

gpt-cmdr/ras-commander

Codex-native adapter for invoking Anthropic Claude Code CLI as an independent read-only QAQC reviewer using markdown file handoff. Use when the user explicitly asks Codex to ask Claude, Claude Code, Opus, or Anthropic for a QAQC/code review, second-model review, or independent review. Do not trigger for generic QAQC unless the user asks for Claude specifically. Triggers: claude review, claude code review, ask claude, invoke claude, claude qaqc, opus review, anthropic review, second model with claude Prerequisites: Claude Code CLI authenticated and available as `claude`. Default model: opus with xhigh effort for deep reviews; use sonnet/high for faster or lower-cost review passes.

2026-04-2671

dev-gate-merge-to-main

gpt-cmdr/ras-commander

Enforce the feature branch workflow — intercept any attempt to merge, push, or commit directly to main and redirect to the correct feature branch process. Triggers on "merge to main", "push to main", "PR to main", or any operation targeting the main branch.

2026-04-2671

dev-invoke-codex-cli

gpt-cmdr/ras-commander

Delegate code tasks to OpenAI Codex CLI using markdown file handoff pattern. Write instructions to TASK.md, Codex reads and executes, outputs to OUTPUT.md. Use for implementation, refactoring, code generation requiring extended thinking. Triggers: codex, codex cli, delegate to codex, codex subagent, implementation task, refactoring task, code generation, gpt-5.2-codex, openai codex, extended thinking, multi-file changes, complex implementation Prerequisites: Codex CLI authenticated (codex login or OPENAI_API_KEY) Model: gpt-5.2-codex (default, supports xhigh reasoning effort)

2026-04-2671

name	qa-rasmapper-web-parity
shared_corpus	true
harness_scope	shared
source_owner	gpt-cmdr
security_review	internal
description	Create deterministic paired RASMapper and RAS Commander MapLibre evidence bundles from one review specification. Use when comparing a HEC-RAS model in RASMapper with its web viewer, validating map/tree/legend fidelity on desktop and mobile, checking nodata/extent/default layers, or establishing visual regression fixtures with fixed numeric COG probes.

RASMapper Web Parity

Use one YAML/JSON review specification for both capture surfaces. Keep map, tree, legend, semantic assertions, and numeric probes as separate evidence channels.

Workflow

Read references/review-spec.md and validate project, manifest, CRS, layer IDs, profiles, viewport sizes, crop regions, and numeric probes.
Copy the source project to the review output. Never configure the original .rasmap.
Run scripts/rasmapper_web_parity.py rasmapper SPEC OUTPUT on a Windows HEC-RAS host.
Run scripts/rasmapper_web_parity.py web SPEC OUTPUT where Python Playwright and Chromium are installed, or use the in-app browser at the exact specified desktop/mobile viewports.
Run scripts/rasmapper_web_parity.py compare SPEC OUTPUT after all images exist.
Inspect comparison.json, findings.md, contact-sheet.png, and region images.

uv run python .claude/skills/qa-rasmapper-web-parity/scripts/rasmapper_web_parity.py `
  rasmapper scripts/example_library/fixtures/muncie-parity.yml working/muncie-parity

Capture Contract

RASMapper: call RasMap.create_spatial_review_package() with fixed outer-window dimensions, selected plan/layer, terrain, range/ramp, RAS version, and matching web manifest metadata.
Web: wait for window.__rasCommanderViewerInstances, apply WGS84 bounds and manifest layer state through that QA hook, enable every declared extent-colored raster, wait for MapLibre and all raster styling to become idle, require a content-only semantic tree with one disclosure control per collapsible node, then capture page, map, tree, and active legend separately at desktop and mobile sizes.
Comparison: crop only declared RASMapper regions; normalize dimensions; report global SSIM, normalized mean absolute error, and a diff image. Do not use full desktop chrome as a golden.
Numeric probes: sample authoritative numeric COGs with rasterio and compare to explicit expected values/tolerances. Never infer numeric correctness from image colors.

Classification

Confirmed: deterministic semantic assertion or numeric probe failure.
Likely: repeatable image/extent/legend mismatch that needs targeted numerical review.
Uncertain: missing capture, unstable external basemap, anti-aliasing, or an undeclared crop.

Always distinguish raw HDF computation-element values from RASMapper/RasProcess interpolated rasters. A screenshot regression is presentation QA, not hydraulic validation.