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Evaluate and assign fundsCost and timeCost for Jutland aircraft based on combat power data. Use when adding new planes, rebalancing costs, or when plane costs need to be derived from combat power statistics.
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Based on SOC occupation classification
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Add or update a Jutland ship from user-confirmed transparent source images and historical references.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-evaluate-plane-cost |
| description | Evaluate and assign fundsCost and timeCost for Jutland aircraft based on combat power data. Use when adding new planes, rebalancing costs, or when plane costs need to be derived from combat power statistics. |
AGENTS.md 并执行 git status --short，保留所有无关用户改动。configs/planes.json5（fundsCost 与 timeCost 字段）pkg/mission/object/unit/plane.go（GetPlaneCost 函数）pkg/mission/object/combatpower/combatpower.go（CalculatePlane 函数）scripts/evaluate_plane_costs.sh：编排脚本，负责提取战力数据、套用花费公式、输出建议值。export_plane_cost_data.go：普通 Go 导出器，加载初始化后的飞机并输出结构化战力数据；不向业务包复制临时测试。scripts/plane_cost_calc.py：备用配置估算器；当 Go 导出器因本机图形环境触发 Ebiten 初始化失败时使用。追加 --apply 可用备用估算器写回 configs/planes.json5。bash .codex/skills/jutland-evaluate-plane-cost/scripts/evaluate_plane_costs.sh
脚本输出格式为 TSV（制表符分隔），列依次为：name、type、nation、combatPower、tonnage、fundsCost、timeCost。
go run export_plane_cost_data.go，加载游戏初始化数据name、type、nation、combatPower、tonnagefundsCost 与 timeCostrawFunds = combatPower * typeMultiplier * scaleFactor
fundsCost = clamp(round(rawFunds), 3, 30)
timeCost = clamp(round(fundsCost * 0.35 + 2), 3, 10)
| 参数 | 值 | 说明 |
|---|---|---|
typeMultiplier (fighter) | 1.00 | 战斗机单位战力费用最低 |
typeMultiplier (dive_bomber) | 1.15 | 俯冲轰炸机携带炸弹，费用略高 |
typeMultiplier (torpedo_bomber) | 1.30 | 鱼雷轰炸机挂载最重，费用最高 |
scaleFactor | 0.10 | 将战力值映射到 3–30 资金区间的缩放系数（初始估算值） |
fundsCost 范围 | 3–30 | 最便宜飞机不低于 $3，最贵飞机不超过 $30；不做粗粒度分档 |
timeCost 范围 | 3–10 | 建造时间随资金线性增长，钳制在 3–10 秒 |
首次运行脚本后，检查输出的 combatPower 列：
combatPower 最低的飞机，其 rawFunds 应约等于或略低于 3combatPower 最高的飞机，其 fundsCost 应钳制在 ≤30fundsCost 远低于 3（被钳制），或最高战力飞机的 fundsCost 远低于 30（浪费了区间），则调整 scaleFactor 并重新运行校准公式：scaleFactor = targetMinFunds / (minCombatPower * typeMultiplier)，其中 targetMinFunds ≈ 3。
cpEstimate 尺度低于 Go 图鉴战力）bash .codex/skills/jutland-evaluate-plane-cost/scripts/evaluate_plane_costs.shconfigs/planes.json5 中每架飞机的 fundsCost 与 timeCostplanes.json5 中各飞机条目中的 // TODO 确认资金 与 // TODO 确认时间 注释make build 验证配置解析正确planes.json5 对应条目make build：验证 JSON5 解析无误、字段映射正确go test ./pkg/mission/object/unit/：验证 GetPlaneCost 函数行为若战力分布过窄导致费用分层不明显（大多数飞机的 fundsCost 落入同一档），改用基于吨位的公式：
rawFunds = tonnage * typeMultiplier * tonnageScaleFactor
fundsCost = clamp(round(rawFunds), 3, 30)
timeCost = clamp(round(fundsCost * 0.35 + 2), 3, 10)
tonnageScaleFactor 需根据实际吨位范围校准，使 rawFunds 覆盖 3–30 区间。