원클릭으로 Manus에서 모든 스킬 실행

qa-rasmapper-web-parity

스타71

포크20

업데이트2026년 7월 16일 15:15

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.

설치

Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.

Manus에서 실행

출처

gpt-cmdr

gpt-cmdr/ras-commander

GitHub 저장소 열기 Creator 저장소 보기

다운로드

Manus에서 실행

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.

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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.