ワンクリックでManusで任意のスキルを実行

s104-water-level

スター5

フォーク3

更新日2026年5月17日 21:46

Expert knowledge of IHO S-104 Water Level Information for Surface Navigation Product Specification. Covers HDF5-encoded water-level time-step grids, WaterLevel feature, Group_NNN time-series groups, data coding formats (regular grid, ungeorectified grid, time series at fixed stations, etc.), trend/quality flags, and tide-station metadata. USE FOR: S-104 datasets, water level forecasts/observations, tide grids, S104DatasetReader, S104CoverageSource, S104PortrayalCatalogue, WaterLevelCoverage, WaterLevelValue, time-step iteration, adding S-104 features, S-104 tests. DO NOT USE FOR: S-102 bathymetry (use s102-bathymetry), S-111 currents (use s111-surface-currents), generic HDF5 (use s100-framework).

インストール

Codex または Claude でインストールこの Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。

Manusで実行

ソース

philliphoff

philliphoff/EncDotNet.S100

GitHub リポジトリを開く Creator のリポジトリを見る

ダウンロード

Manusで実行

S-104 Water Level expert

When engaged

Tasks touching src/EncDotNet.S100.Datasets.S104/** or tests/EncDotNet.S100.Datasets.S104.Tests/**
Changes to CoveragePipeline/ICoverageSource affecting S-104
Time-step/time-series semantics for water levels

Spec anchors

Canonical: S-104 Edition 2.0.0 Water Level Information PS
S-100 Part 8: Coverages
S-100 Part 10c: HDF5 encoding
S-104 Annex A: Feature Catalogue
S-104 Annex B: Portrayal Catalogue

Review checklist

HDF5 layout under /WaterLevel/WaterLevel.NN/Group_NNN/values matches spec; root group carries dataCodingFormat, interpolationType, commonPointRule, dimension, methodCurrentsProduct/typeOfWaterLevelData, numberOfTimes, timeRecordInterval, dateTimeOfFirstRecord, dateTimeOfLastRecord.
dataCodingFormat selects the spatial layout — regular grid (2), ungeorectified grid (3), time series at fixed stations (4), stationwise (1), etc. Do not assume regular grid.
Compound dataset values: waterLevelHeight (float32) and waterLevelTrend (uint8 enum: nodata=0, decreasing=1, increasing=2, steady=3). Preserve trend codes.
Times are derived from dateTimeOfFirstRecord + timeRecordInterval * index unless explicit time coordinates are present.
Fill values come from spec/file attributes — do not hard-code NaN.
Public API changes have xunit tests using SkippableFact.

Known pitfalls in this repo

The same coverage container can hold multiple WaterLevel.NN sub-groups (forecast vs. analysis); iterate.
Trend is an enumeration, not a delta — never compute it client-side.
Vertical datum (verticalDatum) varies by producer; surface it through the source rather than assuming MLLW.
Portrayal is synthesised, not spec-driven. S-104 Edition 2.0.0 has no official IHO portrayal catalogue — the spec treats water levels as input to ECDIS depth adjustment rather than a visual layer. S104PortrayalCatalogue ships hand-coded Day / Dusk / Night band tables and per-palette NoDataColor values for viewer parity with S-102 / S-111. The Day palette is preserved byte-for-byte for backward compatibility; Dusk is HLS (saturation × 0.70, lightness × 0.85) of Day; Night is hand-picked ECDIS-style dark navy / olive. Do not invent a synthetic IHO-shaped PC under content/S104/pc/ (kept .gitkeep-only by design).

このリポジトリの他の Skills

同じリポジトリ

viewer-evaluation

philliphoff/EncDotNet.S100

Procedure for running an independent, automated evaluation loop against the EncDotNet.S100 Avalonia viewer using its CLI flags and embedded MCP server. Lets an agent launch the viewer headlessly, load datasets, drive viewport / palette / display-category / time-step / own-ship, capture screenshots, await render-idle, and read render stats — then iterate. USE FOR: visually verifying a rendering or portrayal change; designing or reproducing integration/regression scenarios; measuring load/render performance; capturing reference images; deriving test fixtures from real datasets; any "does it actually look/behave right in the viewer?" question — INCLUDING from renderer (Renderers.Mapsui / Renderers.Skia), Core pipeline, or Datasets.SXXX work, not only when editing the Viewer project. DO NOT USE FOR: pure library logic unit tests (write xunit directly), viewer XAML/localization conventions (see viewer.instructions.md), or the MCP tool catalogue reference (see docs/mcp-server.md).

2026-07-135

chart-cartography

philliphoff/EncDotNet.S100

Cross-cutting cartography and chart-rendering domain expertise for electronic navigational displays — the principles of how marine charts are composed, layered, generalized, coloured, projected, and made performant. Spec- and renderer-agnostic: it explains the *why/what* of good chart rendering and how those principles manifest in this codebase, then defers to the per-spec skills for product semantics and to the renderer READMEs for implementation. USE FOR: layer/draw-order and display-priority decisions; scale-dependent generalization, declutter, SCAMIN/scale-band culling; label/text placement and deconfliction; day/dusk/night palette and contrast design; CRS/projection choices and distortion/antimeridian/pole pitfalls; rendering-performance strategy (geometry simplification, path/snapshot caching, tiling, vertex-bound cost reasoning); reviewing a rendering change for cartographic correctness across products. DO NOT USE FOR: a specific product's encoding/attribute/portrayal rules (use the sXXX skill); Mapsui

2026-06-165

s122-marine-protected-areas

philliphoff/EncDotNet.S100

Expert knowledge of IHO S-122 Marine Protected Areas Product Specification (Edition 2.0.0). Covers GML encoding (S-100 Part 10b) over the S-100 GML base, the S-122 application schema (marine protected areas, restricted areas, regulated areas, and associated text placement), and the XSLT-based portrayal pipeline. USE FOR: S-122 datasets, marine protected areas, restricted/regulated areas, GML parsing for S-122, XSLT portrayal of S-122, vector pipeline changes affecting S-122, S122DatasetReader / S-122 reader/source code, S-122 tests, edits to bundled `content/S122/**` assets. DO NOT USE FOR: S-127 marine resources and services (use s127-marine-services), S-124 nav warnings (use s124-nav-warnings), S-125 AtoN (use s125-aton), S-101 ENC (use s101-enc), generic GML / framework concerns (use s100-framework).

2026-06-165

s102-bathymetry

philliphoff/EncDotNet.S100

Expert knowledge of IHO S-102 Bathymetric Surface Product Specification (HDF5-encoded depth/uncertainty grids). Covers BathymetryCoverage groups, Group_F feature codes, depth/uncertainty dataset shapes, NODATA fill value handling (1,000,000f), tiling, georeferencing attributes, CRS conventions (often UTM), and the depth-shading portrayal palette. USE FOR: S-102 datasets, bathymetric grids, depth surfaces, uncertainty grids, HDF5 bathymetry, BathymetryCoverage, CoverageCell layout, depth shading, S102DatasetReader, S102CoverageSource, S102PortrayalCatalogue, PC-driven Lua portrayal, adding S-102 features, reviewing for S-102 spec compliance, RenderS102 tool changes. DO NOT USE FOR: S-104 water levels (use s104-water-level), S-111 currents (use s111-surface-currents), generic HDF5 access (use s100-framework).

2026-05-165

s201-aton-information

philliphoff/EncDotNet.S100

Expert knowledge of IALA S-201 Aids to Navigation Information Product Specification (Edition 2.0.0, May 2025; aligned with S-100 Ed 5.2.0). Covers GML encoding (S-100 Part 10b) on the S-100 GML 5.0 profile, the S-201 application schema (62 feature types — buoys, beacons, lights, AIS aids, structures, equipment, aggregations), the 4 information types (AtoNFixingMethod, AtonStatusInformation, PositioningInformation, SpatialQuality), xlink-based information bindings, the equipment-on-structure `parent`/`child` xlink relationship, and the XSLT-based portrayal pipeline (`main_PaperChart.xsl`). USE FOR: S-201 datasets, AtoN-authority data exchange, GML parsing for S-201, XSLT portrayal of S-201, vector pipeline changes affecting S-201, S-201 reader/source code, S-201 tests. DO NOT USE FOR: ECDIS-facing AtoN portrayal (use s125-aton — the ECDIS-facing AtoN spec is **S-125, not S-201**), S-101 ENC AtoN feature classes (use s101-enc), S-124 navigational warnings (use s124-nav-warnings), generic GML (use s100-framework

2026-05-155

s131-marine-harbour

philliphoff/EncDotNet.S100

Expert knowledge of IHO S-131 Marine Harbour Infrastructure Product Specification (FC Edition 1.0.0, PC Edition 2.0.0). Covers GML encoding (S-100 Part 10b) in the application namespace `http://www.iho.int/S131/1.0` over the S-100 GML 5.0 base, the S-131 feature catalogue (berths, bollards, mooring buoys, dolphins, locks, dry docks, terminals, anchorage areas, harbour basins, authorities, etc.), and **Lua-based portrayal** (S-100 Part 9A) — making S-131 the first GML+Lua hybrid in this codebase. USE FOR: S-131 datasets, marine harbour infrastructure features, berths, bollards, mooring buoys, GML parsing for S-131, Lua portrayal of S-131, GML-to-Lua data provider bridge, vector pipeline changes affecting S-131, S-131 reader/source code, S-131 tests, edits to bundled `content/S131/**` assets. DO NOT USE FOR: S-101 ENC ISO 8211 features (use s101-enc), S-127 marine services (use s127-marine-services), S-124 nav warnings (use s124-nav-warnings), generic GML / framework concerns (use s100-framework).

2026-05-135

name

s104-water-level

description

S-104 Water Level expert

When engaged

Tasks touching src/EncDotNet.S100.Datasets.S104/** or tests/EncDotNet.S100.Datasets.S104.Tests/**
Changes to CoveragePipeline/ICoverageSource affecting S-104
Time-step/time-series semantics for water levels

Spec anchors

Canonical: S-104 Edition 2.0.0 Water Level Information PS
S-100 Part 8: Coverages
S-100 Part 10c: HDF5 encoding
S-104 Annex A: Feature Catalogue
S-104 Annex B: Portrayal Catalogue

Review checklist

HDF5 layout under /WaterLevel/WaterLevel.NN/Group_NNN/values matches spec; root group carries dataCodingFormat, interpolationType, commonPointRule, dimension, methodCurrentsProduct/typeOfWaterLevelData, numberOfTimes, timeRecordInterval, dateTimeOfFirstRecord, dateTimeOfLastRecord.
dataCodingFormat selects the spatial layout — regular grid (2), ungeorectified grid (3), time series at fixed stations (4), stationwise (1), etc. Do not assume regular grid.
Compound dataset values: waterLevelHeight (float32) and waterLevelTrend (uint8 enum: nodata=0, decreasing=1, increasing=2, steady=3). Preserve trend codes.
Times are derived from dateTimeOfFirstRecord + timeRecordInterval * index unless explicit time coordinates are present.
Fill values come from spec/file attributes — do not hard-code NaN.
Public API changes have xunit tests using SkippableFact.

Known pitfalls in this repo

The same coverage container can hold multiple WaterLevel.NN sub-groups (forecast vs. analysis); iterate.
Trend is an enumeration, not a delta — never compute it client-side.
Vertical datum (verticalDatum) varies by producer; surface it through the source rather than assuming MLLW.
Portrayal is synthesised, not spec-driven. S-104 Edition 2.0.0 has no official IHO portrayal catalogue — the spec treats water levels as input to ECDIS depth adjustment rather than a visual layer. S104PortrayalCatalogue ships hand-coded Day / Dusk / Night band tables and per-palette NoDataColor values for viewer parity with S-102 / S-111. The Day palette is preserved byte-for-byte for backward compatibility; Dusk is HLS (saturation × 0.70, lightness × 0.85) of Day; Night is hand-picked ECDIS-style dark navy / olive. Do not invent a synthetic IHO-shaped PC under content/S104/pc/ (kept .gitkeep-only by design).