菜单
Add aircraft to the Jutland game from supplied drawings, reference images, or historical specifications. Use when creating or updating entries in configs/planes.json5, producing transparent top-view plane PNGs, completing gun/bomb/torpedo/rocket references, assigning aircraft to carriers, or validating the resulting resource chain.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
Design or revise Jutland missions on an existing map, including historical order of battle, ship placement and heading, opening fleet separation, player-centered initial camera placement, map-to-ship scale audits, same-class or similar-tonnage substitutions, JSON5 mission configuration, and navigability validation. Use when adding a scenario to configs/missions.json5, reconstructing a historical harbor or fleet layout, placing fleets on an existing .map/PNG pair, diagnosing terrain-versus-ship scale, or validating mission ship references and coordinates.
Add or update a Jutland ship from user-confirmed transparent source images and historical references. Use after white-background cleanup has been reviewed; handles view extraction, orientation, aspect-ratio-preserving scaling, image backups, ship and weapon configuration, references, hybrid ships, TestAll integration, and validation. Do not use this skill to clean white backgrounds.
Evaluate and assign Jutland ship and weapon costs from runtime combat power, burst/projection data, effective HP, and aircraft costs. Use when adding ships, rebalancing fleets, or auditing weapon and reinforcement costs.
Localize and maintain Jutland encyclopedia reference data across configs/references.json5 and configs/references.LOCALE.json5. Use when translating ship or aircraft names, types, armament summaries, descriptions, authors, or source links; adding another reference locale; fixing runtime language switching or mixed-language wrapping; or validating localized reference parity and attribution.
Add or revise Jutland map resources from raw raster tiles, including tile-order analysis, 4096-pixel runtime-width normalization, explicit rectangular-map height planning, RGBA resizing and stitching, transparent canvas extension, terrain .map generation, configs/maps.json5 registration, minimap integration, coastal square-artifact repair, and runtime-style validation. Use when adding a new map, rebuilding an existing map PNG/.map pair, expanding map bounds with ocean, fixing transparent coastline cells, or diagnosing wrong map dimensions, clipped content, or misaligned thumbnails. Do not use for fleet placement or scenario design; use jutland-design-map-mission after the map itself is complete.
Recolor Jutland ship PNG drawings while preserving exact geometry, crisp pixel details, dimensions, RGBA encoding, labels, flags, weapons, and underwater hull colors. Use when changing hull or superstructure paint, removing camouflage residue without flattening gray hierarchy, converting dark decks to wood, reducing overly dense deck seams, separating dense black paint fills from line art, repairing asymmetric torpedo bulges or metal bands, correcting accidentally recolored weapons, or validating a bounded ship-image recolor before jutland-add-ship.
| name | jutland-add-plane |
| description | Add aircraft to the Jutland game from supplied drawings, reference images, or historical specifications. Use when creating or updating entries in configs/planes.json5, producing transparent top-view plane PNGs, completing gun/bomb/torpedo/rocket references, assigning aircraft to carriers, or validating the resulting resource chain. |
AGENTS.md 并执行 git status --short，保留所有无关用户改动。name、PNG 文件名和舰船编组引用完全一致。configs/planes.json5configs/guns.json5，弹药：configs/bullets.json5configs/releasers.json5configs/plane_rocket_launchers.json5configs/ships.json5configs/references.json5resources/images/planes/<type>/<name>.pngpkg/resources/images/plane/plane.gopkg/mission/object/unit/plane.goconfigs/Readme.md 的飞机配置章节scripts/extract_plane_top_view.py：从用户提供的原图裁剪飞机顶视图，执行裁剪、旋转、白底透明化、保留最大连通飞机区域、裁去透明边界和可选缩放。该脚本只做确定性处理，不重绘、不补线、不改结构、不重新配色。python .codex/skills/jutland-add-plane/scripts/extract_plane_top_view.py \
--input "raw/source.jpg" \
--output resources/images/planes/fighter/A6M2.png \
--crop 285,35,1015,780 \
--rotate -45 \
--target-height 270
--rotate -45。configs/planes.json5 中该飞机 length * 30 像素；宽度按裁剪后原图比例自动确定，不强制压缩到配置 width。优先使用 --target-height，例如 length: 9 时传 --target-height 270。view_image 预览。若方向、裁剪、白边或残片有问题，只调整 --crop、--rotate、阈值或目标高度；不要在脚本外重绘飞机结构。rotate(-45)。view_image 预览；发现机头方向、尾翼完整性、相邻图块残片、文字/色块误入、白边或透明漏选问题时，先修这些确定性问题，不要改画风格。确认输入与型号。
A7M2；高风险歧义先询问。选择游戏类型。
fighter、dive_bomber、torpedo_bomber。fighter 只选择飞机目标；其余两类只选择舰船目标，并使用对应移动/返航逻辑。description 和最终说明中明确近似。生成顶视图素材。
planes.json5 的 length * 30 像素生成；宽度由原素材比例决定，不为匹配配置宽度做非等比压缩。fighter、dive_bomber 或 torpedo_bomber；文件名必须是 <name>.png。添加飞机配置。
maxSpeed 使用 km/h，range 使用 km，length/width 使用米，tonnage 使用吨；初始化阶段会转换速度和航程。year 使用服役年份（整数），用于年代匹配和排序。接入舰船和图鉴。
aircraft.groups。references.json5 舰载机名称与数量。不要改动无关舰船或任务。验证。
git diff --check 检查文本问题，用 file 或 sips 确认 PNG 为 RGBA 且尺寸合理。planes.json5 中该飞机 length * 30；宽度只检查是否保持等比和视觉比例正常。view_image 检查完整轮廓、朝向、透明边缘及发动机/螺旋桨等深色部件。go build ./pkg/...。修改 Go 行为时再运行相关单元测试和 gofmt。